[Proceedings of the] 24th International Cosmic Ray Conference : August 28 - September 8, 1995, Roma, Italy : XXIV ICRC Rome 1995
under the auspices of the International Union of Pure and Applied Physics
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Roma : IUPAP, 1995.
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Volume 1: Contributed papers and author index - HE Sessions
HE 1.1.1 WILCZYNSKI, H. Asymmetric particle emission in high energy cosmic ray interactions
HE 1.1.2 EL-NAGHY, A. Study of intermittency in collisions of 4.5 A GeV/c26Si with emulsion
HE 1.1.3 EL-NAGHY, A. Multiplicity... Ver mais Conteúdo:
Volume 1: Contributed papers and author index - HE Sessions
HE 1.1.1 WILCZYNSKI, H. Asymmetric particle emission in high energy cosmic ray interactions
HE 1.1.2 EL-NAGHY, A. Study of intermittency in collisions of 4.5 A GeV/c26Si with emulsion
HE 1.1.3 EL-NAGHY, A. Multiplicity characteristics of particles emitted in 4.5 A GeV/c26Si - emulsion collisions
HE 1.1.4 WOLTER, W. Multiplicities in nucleus-nucleus interactions at the highest accelerator energies
HE 1.1.5 EL-NAGHY, A. Study of some aspects of nucleus interactions at (3-4,5) A GeV/c
HE 1.1.6 SARKISYAN, E.K. On multiparticle pseudorapidity correlations in central 4.5 A GeV/c C-Cu collisions
HE 1.1.7 EL-NAGHY, A. Forward - backward correlations in nucleus-nucleus collisions at (4.1-4.5) A GeV/c
HE 1.1.8 APANASENKO, A.V. Investigation of high energy primary cosmic ray interaction with Pb and Fe target nuclei in stratospheric emulsion chamber
HE 1.1.9 RAKOBOLSKAYA, I.V. The energy dependence of elasticity coefficient and cross-sections in hadron-lead interactions in the range 250 GeV-50 TeV
HE 1.1.10 SUZUKI, N. Wavelet analysis of high multiplicity events
HE 1.1.11 TAMACIA, M. Attenuation mean free path of high energy hadrons in lead
HE 1.1.12 WILCZYNSKA, B. Transverse momenta of helium fragments in gold fragmentation at 10.6 GeV/nucleon
HE 1.1.13 DEINES-JONES, P. Interactions of 158 GeV/nucleon lead nuclei in emulsion
HE 1.1.14 PORTELLA, H.M. Nucleon-air nuclei interaction probability law and the inelastic cross-section
HE 1.1.15 BHATTACHARYYA, D.P. Projectile fragmentation in Au+Al interactions at 0.930 GeV/n
HE 1.1.16 BELLANDI, J. Proton-proton total cross section derived from cosmic ray data
HE 1.1.17 HE, Y.D. Production and detection of hyperfragments in high energy nucleus-nucleus collisions
HE 1.1.18 CHERNAVSKAJ, O.D. Central high energy heavy nuclei collisions and ring-like effect
HE 1.1.19 BELLANDI, J. Diffractive contribution to the nucleonic flux in the atmosphere
HE 1.1.20 KHAZARADZE, N.G. The model of the interaction of leptons with the nuclei in the presence of the superhigh energies
HE 1.1.21 LILAND, A. Energy dependence of particle multiplicities from p-p collisions
HE 1.1.22 AMATO, N.N. A double-core event detected at chacaltaya
HE 1.1.23 TAKAHASHI, Y. Multi-particle correlations in S+Pb and Pb+Pb interactions at CERN SPS energies
HE 1.2.1 PISKOUNOVA, O.I. Leading/nonleading charm hadroproduction in the quark-gluon string model
HE 1.2.2 RANFT, J. The dual parton model at cosmic ray energies
HE 1.2.3 ROY, S. The highest energy cosmic rays and the fluctuations in the cosmic microwave background
HE 1.2.4 AUGUSTO, C.R. Production of heavier particles than plons in fire-balls
HE 1.2.5 CAPDEVIELLE, N. Abrasion-evaporation model and cosmic ray nuclei interactions
HE 1.2.6 URYSON, A.V. Comparison of some methods of calculating differential cross sections for the production of ?, k in PP-interactions at Vs = (4.1-1800) GeV
HE 1.2.7 BATTISTONI, G. Study of the high energy cosmic ray cascades using the dual parton model
HE 1.2.8 HE, Y.D. Fragmentation of 160 A GeV Pb in various targets
HE 1.2.9 KALMYKOV, N.N. The predictions of quark-gluon string model and the data of air showers at ultra high energies
HE 1.2.10 OHSAWA, A. Violation of the Feynman scaling law in the forward region
HE 1.2.11 RAMADAN, S. Effect of deformed target nucleus on abration and absorption cross sections
HE 1.2.12 HUSSEIN, M.T. A microscopic eikonal-type model for electron-proton scattering
HE 1.2.13 HUSSEIN, M.T. A multi-cluster model in hadron nucleus interactions at high energies
HE 1.2.14 CHEUNG, T. A monte-carlo generator of mini-jet model for the simulation of hadron multiproduction
HE 1.2.15 CAPDEVIELLE, J.N. Consequences of disoriented chiral condensates in EAS properties
HE 1.3.1 WILK, G. Fluctuations and correlations beyond midrapidity
HE 1.3.2 COSTA, C.G.S. Cosmic-ray rapidity density distribution and super-families
HE 1.3.3 COSTA, C.G.S. Lateral spread of hadrons in high-energy super-families and centauro events
HE 1.3.4 AUGUSTO, C.R.A. Fire-balls masses seen in C-jets
HE 1.3.5 OHSAWA, A. Comments to short mean free path particles observed by pamir thick lead chambers
HE 1.3.6 KOPENKIN, V.V. Alignment of energy distinguished cores in families and hadron aspects of the phenomenon
HE 1.3.7 SMIRNOVA, M.D. Explanation of the appearance as if exotic phenomena on hadron attenuation in deep lead chambers in the frame of two-component model of high energy hadrons interaction
HE 2.1.1 FU, Y. The FWHM of the transition curves of showers and the identification of hadrons and gamma-rays in Fe-emulsion chambers
HE 2.1.2 BORISOV, A.S. Experimental and simulated characteristics of "Halo" in superfamilies with primary energy higher than 10 PeV
HE 2.1.3 REN, J.R. The attenuation of high energy hadrons in iron
HE 2.1.4 REN, Jr. The intensity of super high energy gamma-rays at the altitude of yangbajing
HE 2.1.5 ZHDANOV, G.B. The effect of narrow gamma families from the data of experiment PAMIR
HE 2.1.6 MIELKE, H.H. Single pion momentum spectrum up to 2 TeV
HE 2.1.7 KAWASUMI, N. Nuclear interaction families associated to EAS at mt. chacaltaya
HE 2.1.8 KOLCHUSHKIN, A.M. On lateral distribution of oblique electromagnetic cascade
HE 2.1.9 CHERNOV, D.E. On fluctuations of electromagnetic shower axis
HE 2.1.10 GONCHAROV, A.I. The lateral electron distribution in electromagnetic showers in atmosphere
HE 2.1.11 ATTALLAH, R. Cerenkov radiation from EAS: influence of absorption in ozone on the observations in UV range
HE 2.1.12 ASTONE, P. Effects of cosmic-ray-induced cascades on the ultracryogenic antenna NAUTILUS
HE 2.1.13 YULDASHBAEV, T.S. The correlation analysis of gamma-families originated in pA and AA interactions at the superhigh energies E0~1016eV
HE 2.1.14 REN, J.R. Halo events in super high energy nuclear interactions
HE 2.1.15 GANDHI, V.N. Simulations studies related to tactic and mystique y-ray telescopes
HE 2.1.16 TAMADA, M. A study of shower transition behaviours initiated by hadron-pb interaction
HE 2.2.1 BORUAH, K. Simulation of hadronic cascades including vacuum excitation and higgs production
HE 2.2.2 KELLEY, L. A study of LPM suppression of bremsstrahlung at 25 GeV
HE 2.2.3 MUKHAMEDSHIN, R.A. Azimuthal peculiarities of gamma-ray - hadron families and new physics at Vs ? 4 TeV
HE 2.2.4 NIKOLSKY, S.I. Confinment violation at < 3.10-17 cm and nucleon-nuclear interactions in energy interval of 1013 - 1017 eV
HE 2.2.5 POPOVA, L. Do emulsion chamber double-core events manifest quark composition
HE 2.2.6 DUNAEVSKY, A.M. The influence of charm production on cascades induced by cosmic ray hadrons in lead at energy 20-200 TeV and in atmosphere at energy 500 TeV - 500 PeV
HE 2.2.7 EL-NAGHY, A. Study of fragmentation process of 26Si nuclei in emulsion at 4.5 A GeV/c
HE 2.2.8 KARAKULA, S. Can photons with energies 1020 eV pass the earth's magnetosphere? Analysis of the observed highest energy cosmic rays
HE 2.2.9 HILLAS, A.M. The mocca program: monte-carlo cascades
HE 3.1.1 INOUE, N. Hadronic component in maximum air shower development observed at mt. chacaltaya
HE 3.1.2 CHIKAWA, M. EASs showing chaotic feature over very long distance
HE 3.1.3 NATH, D. Zenith angle dependence on depth of shower maxima
HE 3.1.4 DANILOVA, E.V. The knee of the size spectrum of EAS at different depths in the atmosphere
HE 3.1.5 OHARA, S. Chaotic feature of extensive cosmic ray air showers
HE 3.1.6 EAS-TOP COLLABORATION. Study of the EAS cores from the EAS-TOP calorimeter and observation of multi-core events
HE 3.1.7 SCHIELER, H. First experimental results from the array of kascade
HE 3.1.8 KATAYOSE, Y. Fractal study of extensive air shower time series
HE 3.1.9 KATAYOSE, Y. Search for bursts of extensive air shower
HE 3.1.10 DEDENKO, L.G. Charged particles separation in EAS by the geomagnetic field
HE 3.1.11 CHERDYNTCEVA, K.V. Spectra of gamma-hadron families combined with EAS (experiment "hadron")
HE 3.1.12 KEMPA, J. Fractal analysis of particle density distribution in extensive air showers
HE 3.1.13 ALLEN, G.E. A study of large-zenith-angle air showers with the Cygnus experiment
HE 3.1.14 SAKUYAMA, H. Core structure of EAS above 1016 eV at akeno
HE 3.1.15 ALIAGA, Z. Azimuthal angular distribution for EAS between 1-10 TeV energies
HE 3.1.16 ARVELA, H. The transverse momentum of hadrons in extensive air showers
HE 3.1.17 ARVELA, H. The hadron component in extensive air showers
HE 3.1.18 ARVELA, H. Delayed pulses observed in extensive air showers
HE 3.1.19 ELO, A.M. The experimental set-up and air shower measurements performed with the turku air shower array
HE 3.1.20 AVAKLAN, V.V. Status report on "maket-ani" experiment
HE 3.1.21 LINSLEY, J. Single-particle arrival-time Pdf and related functions describing EAS fronts
HE 3.1.22 Time-track complementarity revisited
HE 3.1.23 CATALANO, O. Production helght distribution of Eas muons given by the Palermo-leeds-napoli track time experiment
HE 3.1.24 AGNETTA, G. The Palermo-leeds-napoli track time experiment
HE 3.1.25 AGNETTA, G. Lateral distribution of Eas particles given by Rpc detectors in the Palermo-leeds-napoli track time experiment
HE 3.1.26 CATALANO, O. Estimating the significance of EAS double fronts
HE 3.1.27 AGNETTA, G. Arrival time distribution of EAS particles given by the Palermo-leeds-napoli track time experiment
HE 3.1.28 TER-ANTONIAN, S.V. Integral EAS spectrum at mountain altitude in the "knee" region
HE 3.1.29 TER-ANTONIAN, S.V. Energy spectrum and hadron lateral distribution in EAS at mountain altitude, maket-ani experiment
HE 3.2.1 PORTOCARRERO, C. Separation of gamma and proton showers (1-104 TeV) using the lateral distribution of Cerenkov light at several observatory depths
HE 3.2.2 PARENTE, G. Horizontal air showers: the role of fluctions
HE 3.2.3 POPOVA, L. Development of nucleus-air-nucleus interaction model to study the structure of EAS front
HE 3.2.4 STANEV, T. Calculation of air shower profiles using a bootstrap electromagnetic bootstrap program
HE 3.2.5 CHAKRABARTI, C. Study of electrons simultaneously with muons in extensive air showers (EAS) initiated by primary cosmic rays of energy 1014-1016eV
HE 3.2.6 CHILINGARIAN, A.A. A comparative study of EAS energy estimation methods
HE 3.2.7 ANOKHINA, A.M. The energy estimates of EAS and the composition and energy spectrum of the primary particles at energies of 1015-1019 eV
HE 3.2.8 KASAHARA, K. Introduction to cosmos and some relevance to ultra high energy cosmic ray air showers
HE 3.2.9 KNAPP, J. Recent extensions to the corsika exstensive air shower simulation program
HE 3.2.10 ATTALLAH, R. Simulation of EeV extensive air shower
HE 3.3.1 BORUAH, K. Gauhati university mini-array to detect UHE cosmic rays
HE 3.3.2 DAS, B. Low frequency radio emission from large inclined showers
HE 3.3.3 HAUSTEIN, V. Arrival time distribution of Cerenkov photons and the elemental composition of primary cosmic rays around 1015 eV
HE 3.3.4 LINDNER, A. Composition and energy measurement with a new method applied to the HEGRA data in the energy range of the knee
HE 3.3.5 LUORUI, S. The density distribution of Cherenkov lights produced by y p and Fe simulation showers
HE 3.3.6 AGLIETTA, M. The shape of the atmospheric Cherenkov light images of extensive air showers
HE 3.3.7 AGLIETTA, M. Stereoscopic observation of atmospheric Cherenkov extensive air showers
HE 3.3.8 KALMYKOV, N.N. Longitudinal development of EAS using the results of Cherenkov light study
HE 3.3.9 ANOKHINA, A.M. Simulations of pulses and lateral structure functions of the Cherenkov, muon and electron components in EAS at the "knee" region of the primary energy spectrum
HE 3.3.10 YAKOVLEV, V.I. Sharp difference of measured Cherenkov light quantity per shower particle by shower selection according to their size or primary energy and problem of knee existence at E>
HE 3.3.11 BIRAI, A.R. The eascamp detector at campinas
HE 3.3.12 BEISEMBAEV, R.U. Investigation of the arrival time distribution of muons with energy > 5 GeV in EAS at mountain level (690 g/cm2)
HE 3.3.13 VOLKER, G. Arrival time distributions of muons from extensive air showers as signature of the mass composition of cosmic rays
HE 3.3.14 CHAKRABARTI, C. A search for anisotropy in the arrival direction of EAS by cosmic rays from discrete sources
HE 3.3.15 AMEEV, S.S. EAS-1000 array: 1995 year status
HE 3.3.16 ARQUEROS, F. The wide angle air-cherenkov detector airobicc at la palma
HE 3.3.17 HEGRA COLLABORATION. Status of the HEGRA experiment at la palma
HE 3.3.18 HASHIMOTO, K. Performance test of leadburger: detector for measurement of highest energy cosmic rays
HE 3.3.19 ARZUMANIAN, S.A. Status of the experiment ANI. The first stage - installation "gamma"
HE 3.3.20 DUMORA, D. "Muon eye" array. Its characteristics and advantages
HE 3.3.21 SIVAPRASAD, K. Study of primary cosmic ray energy spectrum with a compact electron detector array (GRAPES III experiment at Ooty)
HE 3.3.22 GARIPOV, G.K. Camera obscura network-array for registration of EAS Cerenkov radiation
HE 3.3.23 ARQUEROS, F. A method for separation of y and hadron initiated air showers with angle integrating Cerenkov arrays
HE 3.3.24 HEGRA COLLABORATION. Determination of the depth of maximum development and primary energy of cosmic ray showers with airobicc
HE 3.3.25 KRYS, E. Photoproduction in gamma initiated showers
HE 3.3.26 CATALANO, O. Single-particle detection efficiency and we rejection power of Lst stacks in the Palermo-leeds-napoli track time experiment
HE 4.1.1 BATTISTONI, G. Clusters to muons underground: a new tool for cosmic ray studies
HE 4.1.2 AOKI, T. Observation of penetrating muons through mountain
HE 4.1.3 LIPARI, P. Particle fluxes in the atmosphere and geomagnetic effects
HE 4.1.4 WENTZ, J. Delayed muons and their relation to primary cosmic rays
HE 4.1.5 LL'INA, N.P. The analysis of the PCR nucleon energy spectrum and charm production cross-section as observed in MSU muon experiment
HE 4.1.6 MACRO COLLABORATION. Study of primary interactions with multiple muons events in MACRO
HE 4.1.7 BATTISTONI, G. The prompt muon component in very high energy cosmic ray showers
HE 4.1.8 BELOLAPTIKOV, I.A. Analysis of muon events recorded with the NT-36 detector in lake Baikal
HE 4.1.9 MACRO COLLABORATION. Macro absolute muon flux measurement: comparison with monte carlo predictions
HE 4.1.10 LVD COLLABORATION. Comparison of the LVD single muon angular distribution with simulated data
HE 4.1.11 LVD COLLABORATION. Atmospheric single muon flux measured over five decades of intensity by LVD at gran sasso laboratory
HE 4.1.12 LVD COLLABORATION. A study of single muon I (0, X) structure observed in the LVD particle astrophysics experiment
HE 4.1.13 KAWAKAMI, S. Study of primary cosmic ray composition using a very large area muon detector (GRAPES III experiment at Ooty)
HE 4.1.14 LVD COLLABORATION. Power index of pion and kaon spectrum in the atmosphere obtained with LVD at gran sasso
HE 4.1.15 BAKATANOV, V.N. Detection of events with muon multiplicity N>1500 at the baksan underground scintillation telescope
HE 4.1.16 BHATTACHARYYA, D.P. High energy muon spectra at zenith angles 0º and 89º
HE 4.1.17 CHAKRABARTI, C. Low and high energy muons in extensive air showers of size 104 to 106 particles
HE 4.1.18 ATTALLAH, R. High energy muon production in iron generated EAS for superposition and fragmentation models
HE 4.2.1 BATTISTONI, G. Study of interactions of TeV muons by means of underground cosmic ray experiments
HE 4.2.2 SOUDAN 2 COLLABORATION. Search for anisotropies in deep underground muons
HE 4.2.3 MACRO COLLABORATION. Muon astronomy and seasonal variations of the underground muon flux with macro
HE 4.2.4 BASINI, G. Measurement of the cosmic ray muon spectrum and charge ratio in the atmosphere from ground level to balloon altitudes
HE 4.2.5 DE NOLFO, G. Monte carlo calculations of atmospheric electrons compared with data from HEAT
HE 4.2.6 KRIZMANIC, J.F. Measurement of the cosmic ray induced muon flux through the atmospheric using IMAX
HE 4.2.7 BATTISTONI, G. Study of the radiative interactions of 300 GeV muons in a high resolution calorimeter
HE 4.2.8 CASTAGNOLI, C. Multiple interactions of muons and muon energy spectrum deep underground
HE 4.2.9 LAGUTIN, A.A. Muon transport in a random medium
HE 4.2.10 JONES, L.W. Cosmic ray muon studies with the L3 detector at CERN
HE 4.2.11 SOUDAN 2 COLLABORATION. Search for point souces of deep underground muons
HE 4.2.12 TSUJI, S. Muons from the detection of Cygnus x-3: 1992-1994
HE 4.2.13 TSUJI, S. Phase analyses of muons from the direction of Cygnus x-3 at large zenith angles: 1992-1994
HE 4.2.14 TSUTSUI, Y. Muons from the direction of Cygnus x-3 during july 1990-december 1991 radio flares
HE 4.2.15 BHATTACHARYYA, D.P. Estimation of integral muon spectrum from point source photon spectrum
HE 4.2.16 MAKAROV, V.V. Muon range fluctuations in rock
HE 4.2.17 POIRIER, J. Is there a correlation of single muon angles with the galactic plane?
HE 5.1.1 AGLIETTA, M. The HE muon and neutrino fluxes from measurements of horizontal air showers at EAS-TOP
HE 5.1.2 SIVARAM, C. Interactions of the UHE cosmic ray neutrinos with the cosmological neutrino background
HE 5.1.3 PAVLUCHENKO, V.P. Muons of extra energy horizontal EAS in geomagnetic field and nucleonic astronomy
HE 5.1.4 CHINELLATO, J.A. Characterization of the energy spectrum of Nl's form stellar collapses with the LVD detector
HE 5.1.5 MILLER, R.S. A search for radiative neutrino decay from supernovae
HE 5.1.6 WISCHNEWSKI, R. A system to search for supernova bursts with the Amanda detector
HE 5.1.7 LVD COLLABORATION. Analysis of underground events recorded in the lvd experiment at gran sasso, correlated with y-ray bursts
HE 5.1.8 BUGAEV, E. Neutral current interactions of high energy neutrinos with matter of the sun and earth
HE 5.1.9 BUTKEVICH, A.V. Possible parameterization of parton distributions at small-x and neutrino-nucleon total cross-section
HE 5.1.10 DEDENKO, L.G. The calculated rate of cosmogenic isotopes production by cosmic ray muons inside bulk water detectors
HE 5.1.11 LIPARI, P. The neutrino cross section and atmospheric neutrinos
HE 5.1.12 HALZEN, F. Neutrinos from priomordial black holes
HE 5.2.1 BOLLEV, M.M. Measurement of the upward-going muon flux with the baksan underground telescope
HE 5.2.2 SCHNEIDER, E. Measurement of the µ+/µ- ratio as a function of depth in the atmosphere
HE 5.2.3 GAISSER, T.K. An improved calculation of the atmospheric neutrino flux in the GeV range
HE 5.2.4 UCHALKIN, V.V. The mathematical treatment of the passage of neutrinos through the universe with the fractal structure
HE 5.2.5 GAISSER, T.K. Comparison of neutrino flux calculations
HE 5.2.6 BILENKY, S.M. Atmospheric neutrino oscillations in a scheme with mixing between three generations and long baseline experiments
HE 5.2.7 HONDA, M. Calculation of atmospheric neutrino fluxes in the energy range of 1-3000 GeV
HE 5.2.8 HONDA, M. Study of the neutrino oscillation using atmospheric neutrinos
HE 5.2.9 BRATTON, C.B. Preliminary results from IMB3 muon/electron identification tests at KEK
HE 5.2.10 BOLLEV, M.M. Search for astrophysical sources of neutrinos and neutrinos oscillations using the baksan data
HE 5.2.11 FREJUS COLLABORATION. Absolute measurement of the muon and electron neutrino flux with the frejus experiment
HE 5.2.12 MACRO COLLABORATION. Upward-going muons in macro
HE 5.2.13 LVD COLLABORATION. Neutrino-induced single-muon flux measured by LVD at gran sasso
HE 5.2.14 KOLOMEETS, E.V. Variation of the atmospheric neutrino integral fluxes from up and down earth's hemispheres
HE 5.3.1 BELOLAPTIKOV, I.A. The lake Baikal neutrino project: status report
HE 5.3.2 KOKOULIN, R.P. KM3 as a detector of atmospheric muons
HE 5.3.3 BOYER, J. Possible signatures of a large extragalactic proton flux at HiRes
HE 5.3.4 MINORIKAWA, Y. Flux of high-energy neutrino-induced muons from active galactic nuclei
HE 5.3.5 MOCK, P.C. Status and capabilities of Amanda-94
HE 5.3.6 LVD COLLABORATION. Search for neutrinos from collapsing stars with the LVD experiment in gran sasso
HE 5.3.7 DUMAND COLLABORATION. Monte carlo study of dumand three-string array
HE 5.3.8 BELOLAPTIKOV, I.A. Variation of water parameters at the site of the Baikal experiment and their effect on the detector performance
HE 5.3.9 AYNUTDINOV, V.M. Possibility to select neutrino-induced muons in Cherenkov water detector on the earth's surface
HE 5.3.10 PRICE, P.B. Optical properties of south pole ice for neutrino astrophysics
HE 5.3.11 FREJUS COLLABORATION. Search for high energetic muon neutrinos with the frejus detector
HE 5.3.12 BEZRUKOV, L.B. Possibilities of construction and deployment of big underwater neutrino telescope on lake Baikal
HE 5.3.13 BELOLAPTIKOV, I.A. Separation of upward moving muons in the Baikal underwater telescope
HE 5.3.14 YOSHIDA, S. EHE neutrinos from topological defects
HE 5.3.15 DEDENKO, L.G. Acoustic signals produced by ultrahigh energy neutrinos in water
HE 5.3.16 MACRO COLLABORATION. Sensitivity of macro to U.H.E. neutrinos
HE 5.3.17 DUMAND COLLABORATION. Mapping the earth's interior with astrophysical neutrinos
HE 5.3.18 SOUDAN 2 COLLABORATION. Search for AGN v's with the Soudan 2 detector
HE 5.3.19 DUMAND COLLABORATION. Estimated flux limits for UHE neutrinos via acoustical detection techniques
HE 5.3.20 GRAY, L. The design of a neutrino telescope using natural deep ice as a particle detector
HE 5.3.21 ADARKAR, H. Point source search at great underground depth
HE 5.3.22 BHATTACHARYYA, D.P. Energy spectrum of neutrino induced muons in deep underground calculated from the latest primary spectrum
HE 5.3.23 BHATTACHARYYA, D.P. Calculation of muon flux at great depth produced by neutrinos from astronomical sources
HE 5.3.24 BHATTACHARYYA, D.P. Recent production of the highest energy cosmic rays and the puzzies of their origin
HE 5.3.25 NESTOR COLLABORATION. Nestor: a neutrino astroparticle physics laboratory for the Mediterranean. The physics perspective
HE 6.1.1 BELOLAPTIKOV, I.A. Search for magnetic monopoles with the Baikal neutrino telescope
HE 6.1.2 HE, Y.D. Search for dirac magnetic monople production in high energy heavy ion collisions
HE 6.1.3 MACRO COLLABORATION. Search for fast magnetic monopoles with the macro scintillator system
HE 6.1.4 MACRO COLLABORATION. Search for GUT monopoles with the macro streamer tube and track etch system
HE 6.2.1 DIEHI, E. Cosmic ray signals from haio neutralinos
HE 6.2.2 LVD COLLABORATION. Landau energy loss in liquid scintillator and the search for weakly interacting fractionally charged particles with the LVD experiment
HE 6.2.3 BACCI, C. Particle dark matter search with low activity scintillators: an update
HE 6.2.4 MITRA, A. Capture of galactic cold dark matter by the sun
HE 6.2.5 QUENBY, J.J. Nal limits to cold galactic dark matter interaction rates
HE 6.3.1 MORI, K. Possible candidates for cosmic ray anomalous massive particles
HE 6.3.2 ADARKAR, H. Search for neutron antineutron oscillations
HE 6.3.3 JONES, L.W. MINIMAX: a modest collider experiment to search for the centauro phenomenon; disoriented chiral condensates
HE 6.3.4 MIYAMURA, O. Search for long-mean-free-path nuclei with a balloon-borne emulsion chamber
HE 6.3.5 KARLE, A. Search for isotropic gamma radiation between 65 and 200 TeV: constraints on topological defects and galactic dark matter in the form of molecular hydrogen
HE 6.3.6 SALTO, T. Anomalous massive particles in cosmic rays
HE 6.3.7 SLOBODRIAN, R.J. High energy gravitons and prospects for detection
HE 6.3.8 AGLIETTA, M. Experiments of TL-stacks at the mt. blanc laboratory for heavy slowly particles
HE 6.3.9 CAPDEVIELLE, J.N. Flux of hyper-strange matter on supersonic concorde
HE 7.1.1 ALLEN, G.E. The milagro data acquisition system
HE 7.1.2 YODH, G.B. Water Cherenkov detectors for large air showers
HE 7.1.3 NAKAMURA, M. Glass RPCs for giant airshower detectors
HE 7.1.4 GHESQUIRE, C. Study of the punch-through of gamma showers in a muon detector and discrimination against hadron showers
HE 7.1.5 YODH, G.B. Mass resolution of ground based air shower experiments in the 10 to 10000 TeV range
HE 7.1.6 DOLL, P. Streamer tube muon detectors for kascade
HE 7.1.7 BEAMAN, J. The new south pole air shower experiment-spase 2
HE 7.1.8 ALLEN, G.E. The milagro detector
HE 7.1.9 KASCADE COLLABORATION. Status and prospects of the EAS experiment kascade
HE 7.1.10 HEGRA COLLABORATION. Design and performance of the lead-concrete Geiger tower array within the hegra experiment
HE 7.1.11BORATAV, M. The auger project: first results from the orsay prototype station
HE 7.1.12 HEGRA COLLABORATION. A new system of high resolution imaging air Cherenkov telescopes for the hegra experiment
HE 7.1.13 ANDREYEV, YU.M. On the optimal choice of EAS telescope-array in UHE y-ray astronomy
HE 7.1.14 WILD, N. Reflectormeter for fast measurement of mirror reflectivity in the field
HE 7.1.15 BORDER, P. Simulating high energy air showers at Soudan
HE 7.1.16 BERNLOHR, K. Performance of cosmic ray tracking (CRT) detectors
HE 7.1.17 GAO, X.Y. A new underground muon detector on MT. liang wang
HE 7.1.18 AGLIETTA, M. Coordinate detector for horizontal cosmic ray flux investigations
HE 7.1.19 LURUOI, S. The effect of lead screen to scintillation detectors
HE 7.1.20 AUGUSTO, C.R.A. 'Gamma-rays' bundles at the cores of extensive air showers and the primary cosmic ray identification
HE 7.1.21 BIRAL, A.R. Study of particle tracking from eascamp
HE 7.1.22 PORTELLA, H.M. A nucleonic inverse problem
HE 7.2.1 BELOLAPTIKOV, I.A. An sonar triangulation system for position monitoring of the Baikal underwater array
HE 7.2.2 PLAGA, R. On the possible use of the solar power plant cesa-1 field at tabernas as Cerenkov detector
HE 7.2.3 ASKEBJER, P. Remote surveys of Amanda
HE 7.2.4 TILAV, S. Indirect evidence for long absorption lengths in Antarctic ice
HE 7.2.5 KUGA, K. 1-20 KeV ion experiments with TL-sheets
HE 7.2.6 SUPERKAMIOKANDE COLLABORATION. Superkamiokande outer DAQ system
HE 7.2.7 ALVAREZ-MUNIZ, J. Radio detection of high energy showers
HE 7.2.8 HALZEN, F. Using extra-clear Antarctic ice as a supernova detector
HE 7.2.9 MACRO COLLABORATION. Performance of transition radiation detector in Macro
HE 7.2.10 LVD COLLABORATION. Description and operational characteristics of the LVD experiment
HE 7.2.11 ERALANDSON, B. Measurements of the absorption length of the ice at the south pole in the wavelength interval 410 nm to 610 nm
HE 7.2.12 BELOLAPTIKOV, I.A. Response of the NT-36 array to a distant point-like light source
HE 7.2.13 KAKIMOTO, F. A measurement of the fluorescence efficiency of air
HE 7.2.14 BRADBURY, S. A project for a 17m-0 imaging Cerenkov telescope
HE 7.2.15 BAZHUTOV, YU.N. Proposal to search for hypothetic heavy cosmic ray particles
HE 7.2.16 AYNUTDINOV, V.M. Data acquisition system for the Cherenkov water detector on the earth's surface
HE 7.2.17 SASAKI, H. Study on the ELF/VLF noise for the nuclearites search experiment
HE 7.2.18 WADA, T. Measurements with the altazimuthal counter telescope with a magnet spectrometer
HE 7.2.19 AYNUTDINOV, V.M. Reconstruction of events in a water detector with quasispherical modules
HE 7.2.20 AYNUTDINOV, V.M. NEVOD - neutrino water detector on the earth's surface
HE 7.2.21 NESTOR COLLABORATION. Present status of the nestor project
Volume 2: Contributed papers and author index - OG Sessions
OG 1.1.1 GROVE, J.E. Osse observations spectra of x-ray pulsars
OG 1.1.2 HURLEY, K. Searching for the third soft gamma repeater, SGR1900+14
OG 1.1.3 LU, Z. Hard x-ray observation of CYG X-1
OG 1.1.4 PIRO, L. Soft x-ray excess in seyfert galaxies
OG 1.2.1 REYNOLDS, S.P. X-ray synchrotron emission from supernova-remnant shocks: constraints on shock-acceleration microphysics
OG 1.2.2 MASTICHIADIS, A. Non-thermal emission from supernova remnants
OG 1.2.3 MATT, G. Is the galactic centre an obscured acttive galactic nucleus?
OG 1.2.4 WANG, J.M. A model for x-ray and gamma-ray emissions from AGNs
OG 1.2.5 MASTICHLADIS, A. Feedback mechanisms in AGN
OG 1.3.1 PIRO, L. The sax mission for wide band x-ray astronomy
OG 1.3.2 FRONTERA, F. Performance of the SAX/PDS high energy x-ray telescope
OG 1.3.3 CHERRY, M.L. A new balloon-borne detector for high angular resolution hard x-ray astronomy
OG 1.3.4 TUMER, T.O. X-ray monitor for all sky (XMAS) mission
OG 2.1.1 BHAT, P.N. Morphological studies of short gamma ray bursts
OG 2.1.2 CONNORS, A. A roast look for the source of KeV emission following GRB 780506
OG 2.1.3 KIPPEN, R.M. COMPTEL locations and spectra of y-ray bursts
OG 2.1.4 TKACZYK, W. The correlation between spatial distributions of GRBs and EAS super high energy
OG 2.1.5 BELLI, B.M. LogN-logP and space distribution of GRBs
OG 2.1.6 AGLIETTA, M. Search for low energy v and v in coincidence with batse gamma ray bursts
OG 2.1.7 HURLEY, K. VHE gamma ray astronomy and gamma ray bursts
OG 2.1.8 The luminosity function of gamma-ray bursts
OG 2.1.9 Likelihood methods and classical burster repetition
OG 2.2.1 CHADWICK, P.M. A burst of pulsed VHE y-rays from AE aquaria
OG 2.2.2 AMENOMORI, M. Search for 10TeV y-ray bursts with the Tibet air shower array
OG 2.2.3 CONNAUGHTON, V. Searches for TeV y-rays in classical gamma-ray bursts
OG 2.2.4 PADILLA, L. Search for short time emission in the UHE range above 20 TeV with the hegra detector
OG 2.2.5 FUNK, B. Search for TeV-gamma rays from evaporating primordial black holes
OG 2.2.6 KRAWCZYNSKI, H. Search for TeV counterparts of 1994 and 1995 BATSE y-rays bursts
OG 2.2.7 AMENOMORI, M. Search for 10 TeV gamma bursts from evaporating primordial black holes with the Tibet air shower array
OG 2.2.8 BORLONE, A. Search for an ultra high energy component of gamma-ray bursts
OG 2.2.9 EDWARDS, P.G. A search for TeV and PeV gamma ray bursts
OG 2.2.10 ALLEN, G.E. Search for ultra-high-energy radiation from gamma-ray bursts
OG 2.2.11 BHAT, P.N. Search for UHE gamma ray counter-parts of GRB's
OG 2.2.12 EAS-TOP COLLABORATION. Search for gamma rays bursts of energy Ey> 10 GeV and Ey > 100 TeV
OG 2.2.13 THE TIBET ASY COLLABORATION. Search for 10 TeV burst-like events coincident with the batse bursts using the Tibet air shower array
OG 2.2.14 ALLEN, G.E. Searching for gamma-ray bursts with water-cherenkov-detector single-particle rates
OG 2.2.15 GRESS, J. A search for correlations between gamma ray bursts and secondary cosmic ray muons
OG 2.3.1 CHAN, H.Y. Origin of time structure in gamma ray bursts
OG 2.3.2 COLGATE, S.A. Y-ray bursts from planetoid accretion onto fast galactic neutron stars
OG 2.3.3 FARGION, D. Gamma jets by precessing neutron star jets in galactic bynary systems, GRBs, superluminal motion and the twin rings around SN1987A
OG 2.3.4 POIRIER, J. On the origin of gamma-ray bursts
OG 2.3.5 SIVARAM, C. Merger models of gamma-ray bursts: a comparison
OG 2.3.6 STEINER, J.E. Gamma-ray burst and the leftovers of star bursts in active galactic nuclei
OG 3.1.1 COLLMAR, W. Search for MeV emission from the x-ray binary cyg x-3
OG 3.1.2 DE JAGER, O.C. Osse and egref observations of the crab and vela supernova remnants
OG 3.1.3 GRENIER, I.A. Diffuse y-ray emission in the outer galaxy from the cepheus flare and the perseus arm
OG 3.1.4 EGRET COLLABORATION. Egret observations of the galactic plane diffuse radiation and implications for the cosmic ray electron to proton ratio
OG 3.1.5 KNODLSEDER, J. 1.8 Mev emission from the carina region
OG 3.1.6 MERCK, M. Search in the egret 50 MeV-30 GeV data for emission from previously claimed VHE sources
OG 3.1.7 MERCK, M. Emission of high energy gamma rays from six pulsars
OG 3.1.8 MASSARO, E. Structure and variability of the crab pulsar light curve in the X and y-ray bands
OG 3.1.9 O'FLAHERTY, K.S. Comptel observations of millisecond pulsars
OG 3.1.10 OBERLACK, U. Comptel limits on 1.8 MeV gamma-ray line emission from the orion region
OG 3.1.11 PURCELL, W.R. Diffuse galactic gamma-ray emission
OG 3.1.12 POLCARO, V.F. Identification of the CGRO source J2021+37 with the open cluster Berkeley 87
OG 31.13 SKIBO, J.G. Implications of the OSSE and comptel observations of the diffuse galactic gamma ray continuum
OG 3.1.14 CONNORS, A. Application of a Bayesian method to comptel pulsar data
OG 3.1.15 KOH, T. A search for radio-quiet gamma-ray pulsars in the egret archive
OG 3.2.1 KAPPADATH, S.C. The preliminary cosmic diffuse y-ray spectrum from 800 KeV to 30 MeV measured with comptel
OG 3.2.2 STRONG, A.W. The spectrum of diffuse galactic continuum gamma rays measured by comptel
OG 3.2.3 URYSON, A.V. Possible break in the spectrum of the diffuse gamma ray emission at the energy E>100 GeV
OG 3.2.4 SMITH, N. Multiwavelength observations of the blazer PKSO521-365
OG 3.2.5 PHOL, M. Radio observations of the y-ray quasar 0528+134
OG 3.2.6 FATEMI, J. An attempt to detect a y-ray halo around the virgo cluster
OG 3.3.1 COWSIK, R. Implications of y-ray lines observed from the orion complex. II
OG 3.3.2 ERLYKIN, A.D. Gamma-rays from the orion star-forming complex
OG 3.3.3 FENYVES, E.J. Simulation of the annihilation spectrum of a massive black hole in the galactic center
OG 3.3.4 BARDOLOI, I. Probable gamma-ray line spectrum from an accreting neutron star
OG 3.3.5 POHL, M. Annihilation lines from galactic BH candidates
OG 3.3.6 BARING, M.W. Photon splitting in neutron star magnetospheres
OG 3.3.7 DOGIEL, V.A. Soft diffuse galactic y-ray continuum generated by CR electrons
OG 3.3.8 BEDNAREK, W. The injection rate of e+ pairs by relativistic nuclei in magnetospheres of young pulsars
OG 3.3.9 DERMER, C.D. Multiwavelength th spectral modeling of blazars
OG 3.3.10 BOTTCHER, M. Pair annihilation radiation from relativistic jets in y-ray blazars
OG 3.3.11 CHI, X. The supertuminal factor of gamma ray blazars
OG 3.3.12 BEDNAREK, W. Production of gamma-rays in blazars by electrons accelerated in the jet
OG 3.3.13 MILLER, R.S. The extragalactic diffuse y-ray emission and radiative neutrino dacy
OG 3.3.14 WOLFENDALE, A.W. Origin of the high energy extragalactic y-ray background
OG 3.3.15 STEPHENS, S.A. Signature of baryon symmetric universe and lifetime of antiprotons
OG 3.3.16 DAMON, P.E. High energy gamma rays from SN 1006 AD
OG 4.1.1 THEMISTOCLE COLLABORATION. The crab gamma ray spectrum over 2 TeV
OG 4.1.2 HEGRA COLLABORATION. Observations of the crab nebula with the second hegra Cherenkov telescope
OG 4.1.3 GILLANDERS, G.H. Search for emission of periodic TeV gamma rays from the crab nebula and geminga
OG 4.1.4 PATTERSON, J.R. Observations of crab at low elevation using the pulse shape technique
OG 4.1.5 The search for gamma cosmic rays from crab direction for TeV energies
OG 4.1.6 SINTSYNA, V.G. High energy gamma-ray from crab nebula and markarian 421 from the wide angle mirror Cerenkov telescope shalon at the mountain altitudes experiment shalon-alatoo
OG 4.1.7 CHALENKO, N.N. The location of the VHE gamma-ray radiation regions in the crab nebula
OG 4.1.8 AGLIETTA, M. VHE observations of the crab nebula from the Cherenkov array of EAS-TOP
OG 4.1.9 AMENOMORI, M. Search for steady emission of 10 TeV gamma rays from the crab nebula and markarian 421 using the Tibet air shower array
OG 4.1.10 BORIONE, A. A search for ultrahigh energy gamma-ray emission from the crab nebula
OG 4.1.11 HEGRA COLLABORATION. Search for the crab nebula and Mrk 421 with an improved sensitivity and a lower energy threshold of the hegra arrays
OG 4.1.12 AHARONIAN, F.A. On the gamma-ray emission mechanisms in the crab nebula
OG 4.1.13 Y to cosmic rays flux ratio from crab nebula in the energy range 1 - 103 Tev
OG 4.2.1 QUINN, J. Upper limits on TeV gamma-ray emission from egret-detected GeV gamma-ray sources
OG 4.2.2 ATOYAN, A.M. On the flaring activity of AE aquaria in the radio, optical, and VHE gamma-rays
OG 4.2.3 CHADWICK, P.M. Recent observations of vela x-1 made with the university of durham mark 3A VHE y-ray telescope
OG 4.2.4 LANG, M. A search for TeV emission from AR aquarii
OG 4.2.5 BRADBURY, S.M. A search for VHE emission AE aquarii
OG 4.2.6 NESHPOR, YU.I. A new VHE gamma-ray source in the Cygnus constellation
OG 4.2.7 ALEKSEEV, I.YU. The detection of the VHE gamma-ray burst in the vicinity of the red dwart star EV Lac
OG 4.2.8 KIFUNE, T. Observations of pulsars near 1 Tev by the cangaroo project
OG 4.2.9 YOSHIDA, T. Unpulsed high energy gamma-rays from a plerionic nebula
OG 4.2.10 ALLEN, G.E. Source searches using the Cygnus water-cerenkov array
OG 4.2.11 PROSCH, C. Search for y radiation above 20 TeV from supernova remnants in our galaxy
OG 4.2.12 WILLMER, M. Search for cosmic point sources of high energy gamma radiation above 40 TeV
OG 4.2.13 BLAKE, P.R. Search for UHE y-ray emission from discrete sources
OG 4.2.14 CLAY, R.W. Search for UHE emission from the x-ray nova GRO J1655-40
OG 4.2.15 AGLIETTA, M. UHE y-ray astronomy with EAS-TOP
OG 4.2.16 GUPTA, S.K. Study of UHE gamma ray sources with the grapes II array at Ooty
OG 4.2.17 MURAKI, Y. Search for ultra-high energy photons from Cygnus x-3
OG 4.2.18 BORIONE, A. A search for ultra high energy gamma-ray emission from Cygnus x-3 and Hercules x-1
OG 4.2.19 BEAMANS, J. Search for points sources of Uhe gamma rays in 1993-1994 with the south pole air shower detector
OG 4.2.20 BORIONE, A. A search for compact sources of UHE neutral radiation
OG 4.2.21 BORIONE, A. Search for ultra high energy gamma rays from supernova remnants
OG 4.2.22 ALLEN, G.E. Search for UHE emission from supernova remnants
OG 4.2.23 ALLEN, W.H. Search for 100 TeV gamma rays from southem supernova remnants with the janzos array
OG 4.2.24 TAKAHASHI, Y. High energy gamma rays above 3 TeV observed by balloon-borne jacee emulsion chambers
OG 4.2.25 YULDASSHBAEV, T.S. A study of the diffuse gamma radiation in the energy region Ey=3.1014-3.1015eV
OG 4.2.26 AGLIETTA, M. On the rate of UHE y-ray primaries
OG 4.2.27 BORIONE, A. A search for diffuse sources of ultra high energy gamma-rays
OG 4.2.28 JOHNSON, P.A. Loss processes in the accretion column accelerator of Hercules x-1
OG 4.2.29 PROSCH, C. Search for y radiation from the SNR G78.2+2.1: A test of the SNR theory of cosmic ray origin
OG 4.2.30 LESSARD, R.W. Observations of TeV gamma rays from supernova remnants
OG 4.2.31 MORALEJO, A. An improved search for gamma radiation from cosmic point sources using a y/hadron separation procedure on the airobicc 92/93 data
OG 4.2.32 RAUBENHEIMER, B.C. The source of TeV gamma-rays in Cen x-3
OG 4.2.33 MORI, M. Observation of 2CG006-00/CGRO J1758-23 at TeV energies
OG 4.3.1 LAMB, R.C. Observations of markarian 421 by the whipple observatory collaboration
OG 4.3.2 PETRY, D. A search for high energy y-radiation from Mkn 421 using the imaging Cherenkov telescopes of the hegra collaboration
OG 4.3.3 PROTHEROE, R.J. The high energy gamma ray spectrum of Mrk421
OG 4.3.4 BORIONE, A. A search for ultra-high energy gamma rays from active galactic nuclei with CASA-MIA
OG 4.3.5 BILLER, S.D. An upper limit to the IR background from observation of TeV gamma-rays
OG 4.3.6 AHARONIAN, F. Pair halos around nonthermal extragalactic sources. Possible cosmological probes
OG 4.3.7 BILLER, S.D. Implications of modified AGN spectra due to absorption by infrared photons
OG 4.3.8 BOTTCHER, M. Reverberation mapping of central regions of AGN using high-energy y-ray observations
OG 4.3.9 JOHNSON, P.A. Proton interactions in AGN jets
OG 4.3.10 PROTHEROE, R.J. Gamma-ray production in astrophysical jets
OG 4.3.11 DE JAGER, O.C. The expected flux of TeV photons from plerions
OG 4.3.12 ENTEL, M.B. Inverse problem approach to gamma ray propagation
OG 4.3.13 LEE, S. Propagation of ultra high energy photons through the intergalactic medium
OG 4.3.14 KIFUNE, T. Observation of AGN at TeV energies by project cangaroo
OG 4.4.1 CHANTELL, M. Gamma-ray observations in moonlight with the whipple atmospheric Cherenkov hybrid camera
OG 4.4.2 THEMISTOCLE COLLABORATION. Methods to reconstruct the energy of gamma ray atmospheric showers in the themistocle experiment
OG 4.4.3 KAUL, R.K. Multi-spectral band observations on gamma-ray sources
OG 4.4.4 KONOPELKO, A.K. Ability of cosmic ray rejection based on simultaneous registration of the integral Cherenkov light intensities from air showers by multitelescope system used in VHE y-ray
OG 4.4.5 CHANTELL, M.C. The use of a UV camera in the atmospheric Cerenkov technique
OG 4.4.6 Images at atmospheric Cherenkov light showers for TeV energies
OG 5.1.1 BHATTACHARYYA, D.P. Relative elemental abundances of Ne to Ni in the primary cosmic rays over alice springs and the predicted source spectrum
OG 5.1.2 DOMINGO, C. Some preliminary results of the ultra heavy cosmic ray elemental abundances measured on the ultra heavy cosmic ray experiment (UHCRE)
OG 5.1.3 LUKASIAK, A. Voyager measurements of the isotopic composition of Sc, Ti, V, Cr, Mn and Fe nuclei
OG 5.1.4 TYLKA, A.J. Status report on HIIS observations of ultraheavy galactic cosmic rays
OG 5.1.5 WESTPHAL, A.J. The ultraheavy composition detector of the trek experiment
OG 5.1.6 EVENSON, P. The energy dependence of lithium to carbon abundance ratio in galactic cosmic rays
OG 5.1.7 DU VERNOIS, M.A. Ulysses high energy telescope Elemental measurements: secondary to primary ratios of galactic cosmic rays
OG 5.1.8 THOMPSON, A. Further results from the LDEF ultra heavy cosmic ray experiment
OG 5.1.9 VAHIA, M.N. Ratio of sub-iron to iron abundances of low energy galactic cosmic rays
OG 5.2.1 BOGOMOLOV, E.A. The deuterium cosmic ray intensity from ballon measurement in energy range 0.8-1.8 GeV/nucl.
OG 5.2.2 CONNELL, J.J. The Ulysses cosmic ray isotope experiment: isotopic abundances of Fe and Ni from high resolution measurements
OG 5.2.3 LESKE, R.A. The isotopic composition of anomalous and galactic cosmic rays from sampex
OG 5.2.4 O'NEIL, P.M. Helium-3 local interstellar spectra derived by demodulating measured spectra
OG 5.2.5 DAVIS, A.J. Cosmic ray hydrogen isotopes from 0.2 to 3.0 GeV/nucleon
OG 5.2.6 REIMER, O. The cosmic ray 3He/4He ratio from 0.2 to 3.6 GeV/nucleon
OG 5.2.7 DAVIS, A.J. Interpretation of the helium isotope ratios measured by IMAX
OG 5.2.8 SEO, E.S. Cosmic ray H and He isotopes in the outer heliosphere in 1994
OG 5.2.9 WEFEL, J.P. Measurements of cosmic ray helium during the 1991 solar maximum
OG 5.2.10 WEFEL, J.P. The atmospheric background of protons and deuterons measured at 5 g/cm2
OG 5.2.11 WESTPHAL, A.J. Isotopic composition of iron-group elements from the trek experiment
OG 5.3.1 DOI, T. Sanriku balloon experiment for cosmic heavy primary observation
OG 5.3.2 ADAMS JR., J.H. The galactic cosmic ray all-particles spectrum, preliminary results from the TIC experiment
OG 5.3.3 SEO, E.S. Measurement of cosmic ray H and He spectra in a balloon borne experiment with a superconducting solenoid spectrometer
OG 5.3.4 SWORDY, S.P. The relative fluxes of protons and helium nuclei up to 100 GeV/n
OG 5.3.5 WIEBEL-SOOTH, B. Cosmic ray individual element spectra: prediction and data
OG 5.3.6 APANASENKO, A.V. To the problem on the primary nucleon spectrum
OG 6.1.1 EAS-TOP COLLABORATION
OG 6.1.2 BERNIOHR, K. Muons in extensive air showers and the cosmic-ray composition near the knee
OG 6.1.3 DAI, H.Y. Re-examination on primary cosmic ray composition above 1017 eV
OG 6.1.4 BORIONE, A. Composition studies with the casa-mia detector
OG 6.1.5 KAKIMOTO, F. Chemical composition of primary cosmic rays with energies above 100 TeV observed at mt. chacaltaya
OG 6.1.6 KEMPA, J. Primary mass composition around the 'knee' in the primary spectrum
OG 6.1.7 DOI, T. Composition of cosmic rays between 1016.5 and 1019.0 eV observed at akeno
OG 6.1.8 MACRO COLLABORATION. Estimate of the primary cosmic ray composition from a multi-parametric fit of macro multimuon events
OG 6.1.9 PLAGA, R. A study of the coarse chemical composition of cosmic radiation between 300 and 1000 TeV
OG 6.1.10 SWORDY, S.P. Expectations for cosmic ray composition changes in the region 10**14 to 10**16 eV
OG 6.1.11 TONWAR, S.C. Study of primary cosmic ray composition at 10**14 - 10**15 eV: results from grapes II array at Ooty
OG 6.1.12 ITO, N. Study of primary cosmic ray composition at 10**13.10**14 eV with the GRAPES III array at Ooty
OG 6.1.13 YOSHII, H. Composition and energy spectrum of cosmic rays above 30 TeV
OG 6.1.14 ASAKIMORI, K. Energy spectra and elemental composition of nuclei above 100 TeV from a series of the JACEE balloon flight
OG 6.1.15 EAS-TOP and MACRO COLLABORATION. Study of the primary cosmic ray composition in the PeV region with EAS-TOP and macro
OG 6.1.16 BORDER, P. Underground-surface coincidences at Soudan
OG 6.1.17 BIRD, D.J. Cosmic rays shower maximum in the 0.01 to 1 EeV region - results from HIRes/FE2 coincident data
OG 6.1.18 BAKATANOV, V.N. On the chemical composition of primary cosmic rays in the energy region E0 = (40-100) TeV/n (BAKSAN experiment)
OG 6.2.1 BRYANSKI, S.V. The energy spectrum of primary cosmic rays by the data of tunka Cherenkov array
OG 6.2.2 CHERRY, M.L. Cosmic ray proton and helium spectra - combined jacee results
OG 6.2.3 EAS-TOP COLLABORATION. A measurement of the EAS differential size spectrum for 105 < Ne < 107 and of the absorption of EAS in the atmosphere
OG 6.2.4 AMENOMORI, M. Primary cosmic rays at the "knee" energy region observed with the Tibet air shower array
OG 6.2.5 DOI, T. The cosmic ray energy spectrum above 1x1019 eV determined by AGASA
OG 6.2.6 BORIONE, A. The energy spectrum of cosmic rays with the casa-mia air shower array
OG 6.2.7 NESTEROVA, N.M. The primary cosmic ray spectrum at 2x1013 eV and its peculiarity above 1018 eV according to tien-shan data
OG 6.2.8 OLSON, E.D. Results from an antarctic balloon flight
OG 6.2.9 AFANASIEV, B.N. The primary spectrum of cosmic rays of energy above 1018 eV by the Yakutsk EAS array data
OG 6.2.10 BIRD, D.J. Multi-component observations of 1017 eV EAS with the casa-mia and HiRes detectors
OG 6.2.11 DOI, T. Characteristics of giant air showers of energies around 50 EeV observed by agasa
OG 6.2.12 MILLER, T.C. SPASE - AMANDA coincidences at the south pole
OG 6.2.13 KHRISTIANSEN, G.B. The energy spectrum and the mass composition of the primary cosmic rays around the knee
OG 6.2.14 ANTONOV, R.A. Energy spectrum of primary cosmic rays at energies 100-200 TeV measured with thian shan atmospheric Cerenkov telescope (TACT)
OG 6.3.1 CHIKAWA, M. The arrival direction of EAS above 1017 eV determined with kinki array at sea level
OG 6.3.2 SMITH, A.G.K. Galactic anisotropy above 1 EeV
OG 6.3.3 BORIONE, A. Casa-mia observation of sun and moon shadows
OG 6.3.4 MARTINIC, N.J. EAS-sideral anisotropies as seen by power spectrum techniques
OG 6.3.5 AFANASIEV, B.N. The arrival directions of ultrahigh energy cosmic rays
OG 6.3.6 AGLIETTA, M. Study of the cosmic ray anisotropy at Eo~100 TeV from EAS-TOP: 1992-1994
OG 6.3.7 DOI, T. Point source search for cosmic rays above 3x1017 eV by AGASA
OG 6.3.8 CHIKAWA, M. Point-source searches above 1019eV using the haverah park database
OG 6.3.9 BIEMANN, P.L. The origin of the highest energy cosmic rays and the large scale structure of the universe
Volume 3: Contributed papers and author index - OG Sessions
OG 7.1.1 BASINI, G. Measurement of electron and positron energy differential fluxes with MASS2 apparatus
OG 7.1.2 CLEM, J.M. Flux of cosmic ray negatrons at 1.5 Gev
OG 7.1.3 AVERSA, F. Observations of cosmic ray positrons during the 1993 flight of the NMSU/Wizard - TS93 balloon-borne apparatus
OG 7.1.4 MULLER, D. The cosmic positron: implications of a new measurement
OG 7.1.5 TARLE, G. A new measurement of the positron fraction at high energies
OG 7.2.1 ATOYAN, A.M. Energy-dependent propagation of high energy electrons
OG 7.2.2 CHI, X. The origin of cosmic ray positrons
OG 7.2.3 NISHMURA, J. Astrophysical significance of the confinement time of primary electrons in the galaxy
OG 7.2.4 OSBORNE, J.L. The thermal and nonthermal radio emission in the galactic disk and cosmic ray electron origin
OG 7.2.5 KNELLER, M. Demodulation of the interstellar positron/electron ratio in galactic cosmic rays
OG 7.2.6 SILBERBERG, R. A distributed acceleration model fitting simultaneously electrons and heavy ions
OG 7.2.7 WIEBEL-SOOTH, B. Cosmic ray electron spectra: prediction and data
OG 7.2.8 STRONG, A.W. Propagation models for Cr nucleons and electrons and predictions of the galactic gamma-ray spectrum
OG 7.2.9 SKIBO, J.G. Low energy cosmic ray electrons: acceleration by weak shocks?
OG 7.2.10 PTUSKIN, V.S. Expected anisotropy of very high energy electrons
OG 7.3.1 HOF, M. Cosmic ray antiproton measurements in the 4-19 GeV energy using the NMSU/Wizard-matter antimatter superconducting spectrometer 2 (MASS2)
OG 7.3.2 LABRADOR, A.W. Cosmic ray antiproton observations from 0.2 to -3.2 GeV
OG 7.3.3 LABRADOR, A.W. Interpretation of the low-energy cosmic ray antiproton/proton ratio
OG 7.3.4 MITCHELL, J.W. Cosmic ray antiproton observations by the isotope matter-antimatter experiment: 0.2 to 3.2 GeV
OG 7.3.5 ORITO, S. Observation of antiprotons at low energies by BESS detector
OG 7.3.6 BARBIELLINI, G. P(-) and e+ identification capabilities of caprice
OG 7.3.7 AMENOMORI, M. Antiproton proton ratio at 1013 eV inferred from the superposition of sun shadows using the Tibet air shower
OG 7.3.8 BRUNETTI, M.T. Calculation of the charged pion albedo from the moon regolith induced by cosmic antiprotons
OG 7.3.9 ORMES, J.F. A search for cosmic ray antihelium with BESS
OG 7.3.10 STEPHENS, S.A. Partial lifetimes of antiprotons from diffuse radiation
OG 8.1.1 CODINO, A. Simulation code for the propagation of cosmic rays in the milky way
OG 8.1.2 DOI, T. Propagations of cosmic rays in the galaxy
OG 8.1.3 PTUSKIN, V.S. On using the weighted slab approximation in studying cosmic-ray transport
OG 8.1.4 KLEPACH, E.G. Cosmic ray perpendicular diffusion: approach based on the ito equation
OG 8.1.5 KO, C.M. Hydrodynamic approach to cosmic ray propagation
OG 8.1.6 POHL, M. A 3D-model for the propagation of cosmic rays
OG 8.1.7 THAYER, M.R. Galactic cosmic ray propagation at low energies: the interstellar medium and partial cross sections
OG 8.1.8 PTUSKIN, V.S. Diffusion of cosmic rays in strongly inhomogeneous magnetic field
OG 8.1.9 PTUSKIN, V.S. Decaying cosmic ray nuclei as a probe of the local interstellar medium
OG 8.1.10 POCHEPKIN, D.N. Transport of ultra-high energy cosmic rays in galactic magnetic fields
OG 8.1.11 JANSEN, F. The interpretation of ultra heavy cosmic ray data by the halo diffusion model
OG 8.1.12 FONT, J. Setting up a calculation method based on the leaky box model for ultra heavy cosmic ray propagation
OG 8.1.13 SOUTOUL, A. Isotopes decaying by k-capture as a probe of reacceleration-deceleration of low energy cosmic rays
OG 8.1.14 FATERMI, J. The anisotropy of low energy cosmic rays and properties of the local interstellar medium
OG 8.1.15 ZIELINSKA, M. On the anisotropy of the highest energy cosmic rays from the galactic centre
OG 8.1.16 CHAN, K.W. Cosmic-ray modified shocks with injection
OG 8.1.17 SIMON, M. Production of galactic antiprotons under diffusive reacceleration
OG 8.2.1 ISBERT, J. Oxygen fragmentation cross sections
OG 8.2.2 HOLYNSKI, R. Fragmentation of 10.6 GeV/nucleon gold nuclei on a hydrogen target
OG 8.2.3 CASSAGNOU, Y. Measurements of fragmentation cross sections with heavy ion beams below 1 GeV/nucleon
OG 8.2.4 BARDAYAN, D.W. Radioisotope yields from 1.85-GeV protons on Mo and 1.85 - and 5.0-GeV protons on Te
OG 8.2.5 CHEN, C.X. Systematics of new isotopic production cross sections from neon projectiles
OG 8.2.6 DOLL, P. Charge-changing cross sections near the ? - Isobar resonance
OG 8.2.7 GARRARD, T.L. Nuclear interaction cross sections for ultraheavy nuclei
OG 8.2.8 GUZIK, T.G. The study of galactic cosmic ray CNO source abundances using new isotope cross sections
OG 8.2.9 SOUTOUL, A. Abundance of the low energy isotopes of carbon nitrogen and oxygen at the cosmic ray source
OG 8.2.10 USTINOVA, G.K. Accelerated particle spectrum during the solar system formation
OG 8.2.11 ADAMOVICH, M.I. Peculiarities of characteristics of interaction of relativistic nuclei with nuclei Ag. Br.
OG 8.2.12 THOMPSON, A. Early results from the investigation of nuclear fragmentation of relativistic ultra heavy cosmic ray nuclei in the Dublin-estec experiment
OG 9.1.1 AXFORD, W.I. Time-dependent shock acceleration
OG 9.1.2 DRURY, L.O.C. Diffusive shock acceleration in dense and incompletely ionized media
OG 9.1.3 DENDY, R.O. Compound diffusion and particle acceleration at shocks
OG 9.1.4 ELLISON, D.C. The influence of particle scattering on acceleration rates and injection efficiencies in oblique shocks
OG 9.1.5 BARING, M.G. Spectral comparison of monte carlo simulations of particle acceleration with Ulysses observations of nearby interplanetary shocks
OG 9.1.6 DENDY, R.O. Nonlinear plasma effects in cosmic ray shock precursors
OG 9.1.7 BENNETT, L. Limits on the time variability of ion injection in quasi-parallel shocks
OG 9.1.8 BYKOV, A.M. Nonthermal electron injection by collisionless shock waves
OG 9.1.9 JONES, T.W. Diffusive particle acceleration in oblique shocks: comparison of numerical results with observations
OG 9.1.10 GILLER, M. Cosmic ray acceleration by pulsar wind
OG 9.1.11 HOSHINO, M. Particle acceleration of relativistic shock waves in electron-ion plasmas
OG 9.1.12 OSTROWSKI, M. Cosmic ray acceleration time scale at relativistic shock waves
OG 9.1.13 QUENBY, J.J. Relativistic shock acceleration speed-up: allowance for non-linear effects
OG 9.1.14 NAITO, T. Monte carlo simulation of diffusive particle acceleration in oblique shock waves
OG 9.1.15 MALKOV, M.A. Renormalized two-fluid hydrodynamics of cosmic ray modified shocks
OG 9.1.16 MALKOV, M.A. Electrostatic shocks driven by accelerated electrons
OG 9.1.17 MALKOV, M.A. Injection of thermal particles at parallel shocks
OG 9.1.18 MCCLEMENTS, K.G. The excitation of iron cyclotron harmonic waves in cosmic ray shock precursors
OG 9.1.19 NAITO, T. The spectral index of accelerated particles in oblique shock waves
OG 9.1.20 BARING, M.G. Test particle energy gains at oblique shocks using the adiabatic approximation
OG 9.1.21 The cosmic ray spectrum and irregularities of galactic magnetic field
OG 9.1.22 OSTROWSKI, M. Cosmic ray diffusive acceleration at shock waves with finite upstream and downstream escape boundaries
OG 9.2.1 KATZ, M.N. Cosmic ray propagation in turbulent media with non-zero helicity of random velocity field
OG 9.2.2 OSTROWSKI, M. Simulations of cosmic ray cross field diffusion
OG 9.2.3 PROTHEROE, R.J. Propagation of UHE protons over cosmological distances
OG 9.2.4 WEBB, G.M. Wave-wave interactions in two fluid cosmic ray hydrodynamics
OG 9.2.5 SPANGIER, S.R. The turbulence environment of stellar superbubbles and the implications for Fermi acceleration
OG 9.2.6 WEBB, G.M. Conservation laws and similarity solutions in two fluid cosmic ray hydrodynamics
OG 9.2.7 WEBB, G.M. Short wavelength vorticity and contact models in two fluid cosmic ray hydrodynamics
OG 9.3.1 LAGUTIN, A.A. Anisotropy of the cosmic rays in model with randomly distributed discrete galactic sources
OG 9.3.2 KANG, H. Cluster accretion shocks as possible acceleration sites for ultra high energy protons below the greisens cutoff
OG 9.3.3 BYKOV, A.M. Spectrum of ultra-high energy cosmic rays acceleration in superbubbles
OG 9.3.4 COLGATE, S.A. The coherent acceleration of ultra high energy cosmic rays and the galactic dynamo
OG 9.3.5 GINZBURG, V.L. On galactic and metagalactic cosmic rays
OG 9.3.6 SHOJI DAKE. Origin of cosmic rays at energies above 100 Tev
OG 9.3.7 SIVARAM, C. Acceleration of highest energy (>10**20 eV) cosmic rays by superconducting cosmic strings
OG 9.3.8 SIGL, G. Possible astrophysical sources for the highest energy cosmic rays
OG 9.3.9 WDOWCZYK, J. Can the highest energy cosmic rays also be of galactic origin?
OG 9.3.10 VIETRI, M. On the acceleration of UHECRs in gamma ray bursts
OG 9.3.11 THIELHEIM, K.O. High energies particles from the surface of a rotating cosmic magnet
OG 9.4.1 BEREZHKO, E.G. Maximum energy of CR accelerated by supernova shocks
OG 9.4.2 JOHNSON, P.A. On the cosmic-ray flux inside the geminga supernova remnant
OG 9.4.3 BEREZHKO, E.G. Cosmic rays and gamma rays in supernova remnants
OG 9.5.1 BINNS, W.R. Preferential acceleration and the origin of R-process nuclei
OG 9.5.2 BARDOLOI, I. CNOF isotopic abundances during thermonuclear gamma-ray bursts: a probable source of cosmic radiation
OG 9.5.3 BEREZHKO, E.G. Chemical composition of cosmic rays accelerated in supernova remnants
OG 9.5.4 SAKURAI, K. Ultra heavy nuclei in the source composition of cosmic rays
OG 10.1.1 BHAT, C.L. Neural-net approach for event-direction reconstruction in y-ray astronomy
OG 10.1.2 BHAT, C.L. Lowering threshold energy of y-ray telescopes - a new strategy
OG 10.1.3 PALING, S. An experiment to detect correlations between Cerenkov and muon lateral distributions in EAS
OG 10.1.4 BILLER, S.D. Calibration techniques for air-cherenkov telescopes
OG 10.1.5 CHADWICK, P.M. The university of durham mark 6 low energy threshoid gamma-ray telescope
OG 10.1.6 CHADWICK, P.M. Enhancement of very high energy y-ray signals using the university of durham mark 3A and 5A telescopes
OG 10.1.7 BHAT, C.L. Mystique - a large-area, wide-angled atmospheric Cerenkov telescope
OG 10.1.8 SEMBROSKI, G.H. Very high resolution whipple gamma ray camera
OG 10.1.9 MIRZOYAN, R. A CCD-based atmospheric imaging detector for SHE - UHE - EHE astroparticle physics
OG 10.1.10 DEGRANGE, B. Gamma-ray selection and energy measurement with the CAT imaging telescope
OG 10.1.11 ELLITHORPE, D.E. A new ring imaging Cherenkov telescope for measurements of light cosmic ray nuclei
OG 10.1.12 BOOTHBY, K. A dual imaging Cerenkov experiment (DICE) for examining primary composition near the knee of the all particle spectrum
OG 10.1.13 HILLAS, A.M. The CERES experiment (CERenkov energy spectrum)
OG 10.1.14 HRISTOV, L.L. Time characteristics of Cerenkov telescopes "hotovo"
OG 10.1.15 PARE, E. Exploitation of the themis solar plant for gamma astronomy at 20 GeV
OG 10.1.16 RAUTERBERG, G. A new 127 pixel camera for Cherenkov telescopes of the HEGRA array on la palma
OG 10.1.17 ROSE, H.J. Cherenkov telescope calibration using muon ring images
OG 10.1.18 ESCHSTRUTH, P. Parameter optimization and calculated performance for the THEMISTOCLE multi-mirror Cerenkov technique
OG 10.1.19 AURIEMMA, G. The high resolution fast imaging device of the G.A.M.T. experiment
OG 10.1.20 THORNTON, G.J. Cangaroo stereo observations of TeV gamma ray sources
OG 10.1.21 ONG, R.A. Central receiver Cherenkov array: on-site test results at solar two
OG 10.1.22 BORDER, P. A Cherenkov array at Soudan
OG 10.2.1 BADRAN, H.M. Sensitivity of extensive air shower array to gamma ray flux
OG 10.2.2 BOYER, J. A digital trigger for the FADC electronics system for the HiRes detector
OG 10.2.3 CHERNYAEV, A.B. An ideal detector for UHE y-ray astronomy
OG 10.2.4 BIRD, D.J. Preliminary analysis of monocular HiRes prototype data
OG 10.2.5 BIRD, D.J. The high resolution fly's eye project
OG 10.2.6 CASOLINO, M. Pointing accuracy of a full coverage RPC's carpet operating at high altitude
OG 10.2.7 BORIONE, A. Recent upgrades to casa-mia
OG 10.2.8 ALLEN, G.E. Gamma-ray bursts: detection and distance estimates with milagro
OG 10.2.9 KAJINO, F. Feasibility study of water Cerenkov detector at Mt. Norikura
OG 10.2.10 KAJINO, F. Water Cerenkov detector for a detection of gamma-ray bursts at high altitude
OG 10.2.11 AMENOMORI, M. The present status of the new Tibet air shower experiment
OG 10.2.12 POIRIER, J. A new variable H to use in measuring the chemical composition of cosmic ray primaries
OG 10.2.13 BATOVSKY, S.A. Primary composition study using a new parameter for a constant efficiency selection of EAS at mountain altitudes
OG 10.2.14 DUMORA, D. Selection of EAS with constant energy in the Tibet experiment
OG 10.2.15 D'ETTORRE PIAZZOLI, B. Detection efficiency of a small size showers by a full coverage RPC's carpet
OG 10.2.16 BIRD, D.J. The HiRes2 prototype and coincident measurements with HiRes1
OG 10.2.17 BOYER, J. Reconstruction techniques of monocular HiRes data with a FADC electronics system
OG 10.2.18 DEDENKO, L.G. An analysis of EAS with energies above the GZK cut-off
OG 10.2.19 BIRD, D.J. Atmospheric monitoring for fluorescence detector experiments
OG 10.2.20 LINSLEY, J. 'Pion Eye', a method of measuring the chemical composition of auger radiation with high resolution up to and beyond 1017 eV/nucleus
OG 10.3.1 KUDRYAVTSEV, M.I. The MIR-Spectr gamma-astronomy experiment
OG 10.3.2 APANASENKO, A.V. A prompt report on the first russo-japanese joint balloon experiment
OG 10.3.3 TORII, S. A balloon borne electron telescope with scintillating fibers
OG 10.3.4 NOZAKI, M. Performance of BESS detector
OG 10.3.5 SECKEL, D. Detecting cosmic ray iron using balloon-borne air Cherenkov detectors
OG 10.3.6 SMITH, A.E. Results from the flight of BUGS-4
OG 10.3.7 ADRIANI, O. The magnetic spectrometer PAMELA for the study of cosmic antimatter in space
OG 10.3.8 TAKAHASHI, Y. Maximum-energy auger air shower satellite (MASS) for observing cosmic rays in the energy region 1019-22 eV
OG 10.3.9 TOMASCH, A.D. Flight performance of the HEAT rigidity spectrometer
OG 10.3.10 TORBET, E. Flight performance and electron-hadron separation of the HEAT - o experiment
OG 10.3.11 BARBIELLINI, G. A satellite born charged particles telescope for the study of cosmic ray nuclei
OG 10.3.12 WIEDENBECK, M.E. Balloon flight tests of a gas-ionization chamber-based isotope spectrometer
OG 10.3.13 WILKES, R.J. Antarctic balloon flights for jacee
OG 10.3.14 YAKOVIEV, V.I. Long flying component and incorrect measurements of proton energy spectrum by shallow arrays at E > 10 TeV
OG 10.3.15 CHRISTIAN, E.R. A telemetry/frame sync board for use in balloon payloads
OG 10.3.16 C&H DISCIPLINE COORDINATION TEAM. The space physics data system - cosmic and heliospheric nodes
OG 10.3.17 KHABIO, V.A. Gamma-telescope with crystal converter
OG 10.3.18 PETRUZZO, J.J. Performance of the BUGS IV spherical drift chamber
OG 10.3.19 DERRICKSON, J.H. Direct coulomb electron pairs for energy measurement - design consideration
OG 10.3.20 CARISON, P. Application of the image calorimeter in the high energy gamma astronomy
OG 10.3.21 ORTUNO-PRADOS, F. A study of a high pressure microstrip gas chamber
OG 10.3.22 HINK, P.L. The ACE-CRIS scintillating fiber hodoscope: a prototype calibration at the MSU NSCL
OG 10.3.23 BARBIELLINI, G. The caprice rich detector
OG 10.3.24 BARBIELLINI, G. The WiZard/caprice silicon-tungsten calorimeter
OG 10.3.25 FEROCI, M. Instrumental background in high pressure x-ray gas detectors
OG 10.3.26 MORSELLI, A. Status of the GILDA project for the 30 Mev - 100 GeV high energy gamma ray astrophysics
OG 10.3.27 KLARMANN, J. The ACE-CRIS scintillating optical fiber trajectory (SOFT) detector
OG 10.3.28 TAKAHASHI, Y. Energy estimate for very high energy cascade by core-size method in the jacee emulsion chamber
OG 10.3.29 LAWRENCE, D.J. The trans-iron galactic element recorder (TIGER) experiment
OG 10.3.30 Adams, J.H. A thin electronic calorimeter for galactic cosmic ray spectral measurements
OG BASU, B. Very heavy nuclei charge detection in fuji ET-7B nuclear emulsion in a balloon-borne plastic emulsion chamber
OG 10.4.2 APANASENKO, A.V. A new type of emulsion chamber for runjob-program (1) chamber-designing and data-processing
OG 10.4.3 APANASENKO, A.V. A new type of emulsion chamber for runjob-program energy determination
OG 10.4.4 KIEDA, D.B. A new detection technique for ZeV cosmic rays
OG 10.4.5 FRADKIN, M.I. Gamma-radiation of the high energy and GAMMA-400 project
OG 10.4.6 BEAMAN, J. Prototype studies by the haverah park group for the giant air shower project
OG 104.7 MENICHELLI, M. Cosmic ray ion identification using multistrip silicon dE/dx detectors
OG 10.4.8 AVERSA, F. Performance of the transiton radiation detector flown on the NMSU/WIZARD TS93 balloon-borne instrument
OG 10.4.9 ISBERT, J. Advanced thin ionization calorimeter (ATIC)
OG 10.4.10 Study of cosmic ray nuclei detection by an image calorimeter
OG 10.4.11 BRONCHALO, E. Ion identification method using ?E-E measurements
OG 10.5.1 BELLOTTI, R. Use of neural network techniques to identify cosmic ray electrons and positrons during the 1993 balloon flight of the NMSU/Wizard-TS93 instrument
OG 10.5.2 KOUL, R. Computer network-based data acquisition and control system for TACTIC
OG 10.5.3 RANNOT, R.C. Front-end instrumentation on tactic imaging y-ray telescope
OG 10.5.4 CHILINGARIAN, A.A. Optimizing the non-linear gamma-ray domain in VHE gamma-ray astronomy using a neural network classifier
OG 10.5.5 BIRD, D.J. The use of GPS clocks for high relative timing accuracy between HiRes sites
OG 10.5.6 BOYER, J. A flash ADC electronics system for the HiRes detector
OG 10.5.7 LANG, M.J. A genetic algorithm for optimizing TeV gamma-ray selection
OG 10.5.8 BOYER, J. Calibration studies of the FADC electronics system for the HiRes detector
OG 10.5.9 OHOKA, H. Further development of data acquisition system of agasa
OG 10.5.10 ROSE, H.J. A data acquisition system for TeV stereo imaging telescopes
OG 10.5.11 WESTERHOFF, S. Neural networks for y/hadron-separation with the hegra Geiger towers
OG 11.1.1 SAITO, T. Cosmic rays as energy sources for chemical evolution
OG 11.1.2 INGROSSO, G. Machos and molecular clouds in galactic halos
OG 11.1.3 STEPHEN, W.R. Solid hydrogen as dark matter?
OG 11.2.1 AHMEDOV, B.J. One possible mechanism of electromagnetic radiation arising from intermediate boundary between conducting and superconducting media within pulsar
OG 11.2.2 ANGUELOV, V. Triplet pair production in electron-photon cascading in a soft photon field
OG 11.2.3 MOSKALENKO, I.V. Positron propagation in MID-relativistic thermal plasmas
Volume 4: Contributed papers and author index - SH Sessions
SH 1.1.1 HUANG, Y.N. The plasma wake field excited by solar energetic flare electrons through the corona
SH 1.1.2 HUANG, Y.N. Relativistic electron spectrum and plasma wake field acceleration in large solar flares
SH 1.1.3 TREUMANN, R.A. Stochastic acceleration of electrons in localized wave fields
SH 1.1.4 SAKAI, J. Triggering of solar flares and particle acceleration
SH 1.1.5 GALLEGOS-CRUZ, A. Acceleration of solar particles by short wavelength turbulence
SH 1.1.6 KURT, V. What can be learnt from H-?, microwave and high energy y emission of the march 26, 1991 solar flare?
SH 1.1.7 SAKURAI, K. Ionization states of solar-flare particles
SH 1.1.8 KARTAVYKH, Y.U. Coulomb loss influence on the solar particle spectra at the stochastic acceleration
SH 1.1.9 KARTAVYKH, Y.U. Heavy ion acceleration with account of charge transfer processes
SH 1.1.10 MIROSHNICHENKO, L.I. On the formation of relativistic particle beams in extended coronal structures: I. evidences for two separate sources of solar cosmic rays
SH 1.1.11 MIROSHNICHENKO, L.I. On formation of relativistic particle beams in extended magnetic structures: II. two source model for solar cosmic rays
SH 1.1.12 MENDOZA, B. The origin in the corona of SEPs associated with CMEs
SH 1.1.13 PEREZ, E.R. Distribution of SEP related flares in the solar disk
SH 1.1.14 KARPOV, S.N. Extremely high-energy solar protons by the data of baksan underground scintillation telescope
SH 1.1.15 MIROSHNICHENKO, L.I. Absolute proton fluxes from the sun at rigidity above 1 GV by ground-based data
SH 1.1.16 MIROSHNICHENKO, L.I. On the threshold effect of proton acceleration in solar flares
SH 1.1.17 MIROSHNICHENKO, L.I. Upper intensity-energy limits and utmost spectrum for solar cosmic rays
SH 1.1.18 NYMMIK, R.A. Behavloural features of energy spectra of particle fluencies and peak fluxes in solar cosmic rays
SH 1.1.19 ANTALOVA, A. Sectorial distribution of LDE-type flares
SH 1.1.20 WANG, X.Y. The particles source temperatures in the Fe-rich and Fe-poor events
SH 1.1.21 CHERTOK, I.M. Post-eruption particle acceleration in the corona: a possible contribution to solar cosmic rays
SH 1.1.22 KOCHAROV, L.G. Scaling laws for generation of high-energy secondary emission in magnetic loops
SH 1.1.23 DORMAN, L.I. Solar cosmic ray events: statistical characteristics for the diagnostic of acceleration escaping and propagation processes
SH 1.1.24 PISSARENKO, N.F. Small-scale acceleration processes in solar flares during primary energy release phase
SH 2.1.1 DJANTEMIROV, H.M. The temporal and spectral characteristics of solar gamma-flares on the data of gamma-1 experiment
SH 2.1.2 YOSHIMORI, M. Downward beaming of ions and electrons in the 1991 november 15 flare
SH 2.1.3 YOSHIMORI, M. Spectral characteristics of solar gamma-ray flares
SH 2.1.4 KOTOV, Y.U. Temporal evolution of x-and y-rays during a flare on 27 october 1991
SH 2.1.5 LI, P. On the beaming of solar flare energetic photons
SH 2.1.6 RUFFOLO, D. Measurements of the duration of particle emission from solar flares
SH 2.1.7 GRIGORIEVA, V.P. Kilometric radiation connected with trap-loop structure of the interplanetary magnetic field
SH 2.1.8 ROTH, I. He and heavy ion enhancements in impulsive solar flares due to EMIC wave
SH 2.2.1 MAZUR, J.E. Heavy-ion acceleration beyond 10 MeV/nucleon in impulsive solar flares: sampex observations
SH 2.2.2 GUZIK, T.G. Temporal variation of helium energy spectra and 3He/4He ratios for march and june 1991 SEP events
SH 2.2.3 BELOV, A. Time evolution of solar proton energy spectra at the earth orbit and possibility of multi-step particle acceleration
SH 2.2.4 VAINIO, R. GOES response to energetic protons of different origin
SH 2.2.5 TORSTI, J. Energetic protons from the 1990 may 24 solar flare as detected by goes satellites
SH 2.2.6 TORSTI, J. Successive solar energetic particle events in the October 1989
SH 2.2.7 SAKAI, T. Solar neutron decay proton
SH 2.2.8 KANANEN, H. The june 3, 1982 solar flare as a test for neutron monitor sensitivity for solar neutrons
SH 2.2.9 USOSKIN, L.G. High energy neutrons from the june 15, 1991 solar flare as detected by the neutron monitor
SH 2.2.10 KOVALTSOV, G.A. Two injections of high energy neutrons during the may 24, 1990 solar flare
SH 2.2.11 KOCHAROV, L.G. Correlative investigations of the 1990 may 24 solar flare
SH 2.2.12 KOCHAROV, L.G. Search for neutron decay protons from the 1990 may 24 solar flare
SH 2.2.13 DEBRUNNER, H. The relationship between the timing of solar flare y-ray emission and high-energy neutron production
SH 2.2.14 SMART, D.F. Comment on the minimum mass path of a uni-directional solar neutron particle beam through the earth atmosphere
SH 2.2.15 MURAKI, Y. Simultaneous observations of solar neutrons of june 6, 1991 at Mt. haleakala and Mt. norikura
SH2.2.16 MURAKI, Y. Comments on second and third enhancements of solar particles on june 4, 1991 flare
SH 2.2.17 DROGE, W. Probable detection of electrons from the decay of solar flare neutrons
SH 2.2.18 DROGE, W. Solar energetic electrons: I. Multiple spacecraft observations
SH 2.2.19 DROGE, W. Solar energetic electrons: II. Comparison with y-ray emission
SH 2.2.20 GALPER, A.M. The observation of solar flare protons with energy more than 30 MeV in vicinity of the earth on board station "MIR" on 30 october 1991
SH 2.2.21 NAZAROVA, M.N. Solar cosmic rays and solar activity cycles
SH 2.2.22 DUNPHY, P.P. High energy neutrons and y-rays from the solar flare of 1991 june 11
SH 2.2.23 KUZHEVSKIJ, B. The 2.223 Mev gamma line time dependence as a probe of density inhomogeneity of solar atmospheric and subphotospheric layers
SH 2.3.1 SHEA, M.A. Comparison of ground-level enhancements of 15 november 1960 and 22 october 1989
SH 2.3.2 DE KONING, C.A. The GLE of September 29, 1989: analysis of the pitch angle distribution I
SH 2.3.3 DE KONING, C.A. The GLE of September 29, 1989: analysis of the pitch angle distribution II
SH 2.3.4 MORISHITA, I. Anisotropic space distribution of solar particles of the GLE observed on 24 may 1990
SH 2.3.5 STOKER, P.H. The phenomology of the precursor increase on the 19 october 1989 ground level event
SH 2.3.6 CHUCHKOV, E.A. The solar cosmic ray event of june 4-19, 1991 according to the granat spacecraft data
SH 2.3.7 DVORNIKOV, V.M. The GLE of 29 september 1989. Time variations of the cosmic-ray rigidity spectrum
SH 2.3.8 DVORNIKOV, V.M. The GLE of 29 september 1989. Time variations in angular distribution of different-energy particles
SH 2.3.9 KOLOMEETS, E. High energy particle generation during the solar flares
SH 2.3.10 SHEA, M.A. Review of ground-level solar cosmic ray enhancements during the 22nd solar cycle
SH 2.2.11 CRAMP, J.L. Neutron monitor responses during highly anisotropic ground level enhancements
SH 2.3.12 XUE, S.S. Complex features of the GLE of 29 september 1989
SH 3.1.1 NG, C.K. Interplanetary transport coefficient in an extended quasi-linear theory
SH 3.1.2 CLIVER, E.W. Extreme "propagation" of solar energetic particles
SH 3.1.3 HATZKY, R. Pitch angle distribution of solar energetic particles (SEPs) and the transport parameters in interplanetary space, I: properties of steady-state distributions
SH 3.1.4 HATZKY, R. Pitch angle distribution of solar energetic particles (SEPs) and the transport parameters in interplanetary space, II: local scattering properties
SH 3.1.5 BIEBER, J.W. 2D turbulence and the quasilinear theory "discrepancy"
SH 3.1.6 VALDES-GALICIA, J. Solar energetic protons self generated waves in the interplanetary magnetic field (a search for evidences)
SH 3.1.7 RUFFOLO, D. Propagation of coherent pulses of solar cosmic rays
SH 3.1.8 ANGLI, J.D. Ulysses, voyager 1 and IMP-8 low energy proton fluxes: interplanetary particle transport
SH 3.1.9 CRAMP, J.L. Rigidity dependent pitch angle distribution in modeling ground level enhancements
SH 3.1.10 CRAMP, J.L. The effect of near-earth IMF structure on the modeling of ground level enhancements
SH 3.1.11 EARL, J.A. Propagation of charged particle pulses immediately after injection
SH 3.1.12 FEDOROV, Y.U.I. Solar cosmic ray transport under anisotropic injection
SH 3.1.13 STOLPOVSKII, V.G. Solar energetic electron events observed by phobos-2
SH 3.1.14 STOKER, P.H. Spectral dependence on solar corona propagation of relativistic solar flare protons
SH 3.1.15 SHEA, M.A. A comment on the detection of solar proton events at the earth with respect to the heliospheric current sheet
SH 3.1.16 SMART, D.F. The heliolongitudinal distribution of solar flares associated with solar proton events
SH 3.1.17 VASHENYUK, E.V. Peculiarities of anisotropy during ground level events of 22 cycle of solar activity
SH 3.1.18 VAINIO, R. Injection and transport of accelerated particles as deduced from GOES and neutron monitor data
SH 3.1.19 KAHLER, S.W. Coronal and interplanetary magnetic sector structure and the modulation of solar energetic particle events
SH 4.1.1 JOKIPII, J.R. Numerical simulations and analytic theory of cross-field transport
SH 4.1.2 KOTA, J. Transport coefficients in stochastic magnetic fields
SH 4.1.3 HATTINGH, M. Some properties of a fully three-dimensional drift model for the modulation of galactic cosmic rays
SH 4.1.4 EARL, J.A. Comparison of three numerical treatments of charged particle transport
SH 4.1.5 SCHLICKEISER, R. Revised landau damping rates of ion-cyclotron waves and electron-cyclotron waves in hot equilibrium plasmas
SH 4.1.6 VANDAS, M. Shock drift acceleration of electrons
SH 4.1.7 LIM, T.L. Can diffusive shock acceleration work fast enough in interplanetary shocks? Evidence from the November 1992 event
SH 4.1.8 BEREZHKO, E.G. The self-consistent model for acceleration of solar wind protons by the interplanetary shock waves and coupled Alfven wave generation
SH 4.1.9 SANAHUJA, B. Injection rate of shock accelerated particles at the cobpoint: dependence on the heliolongitude
SH 4.1.10 BARBIER, L.M. Multispacecraft studies of coronal mass ejection associated energetic particle events
SH 4.1.11 VANDAS, M. Magnetic traps in the interplanetary medium connected with magnetic clouds
SH 4.1.12 RICHARDSON, I.G. Anisotropies of solar particle onsets observed within ejecta
SH 4.1.13 CANE, H.V. The response of energetic particle to the presence of ejecta material
SH 4.1.14 KOI, T. The observation of low energy ions accelerated by and interplanetary shock on February 21st 1994 with the geotall HEP experiment
SH 4.1.15 LARIO, D. Do "typical" low-energy ESP events exist?
SH 4.1.16 TERESAWA, T. An electron Fermi acceleration event at an interplanetary shock wave on feb. 21, 1994: GEOTAIL observation
SH 4.1.17 RODRIGUEZ-PACHECO, J. The 1980 interplanetary particles anomalous period and the solar magnetic activity
SH 4.1.18 RODRIGUEZ-PACHECO, J. Temporal behavior of different energy (<60 Kev, >1 Mev) particle fluxes during cycle 21 maximum
SH 4.1.19 KRIMIGIS, S.M. Energetic particle activity in the heliosphere 1991-1995
SH 4.1.20 ZEIDOVICH, M.A. Quiet-time proton fluxes in the inner heliosphere
SH 4.1.21 KECSKEMETY, K. Energetic ions near comet halley in march 1986: cometary vs interplanetary origin
SH 4.1.22 KEPPLER, E. An overview on measurements in high heliographic latitudes: results from EPAC on ULYSSES
SH 4.1.23 ANGLIN, J.D. Ulysses observations of high energy ions and electrons associated with CME events at high heliographic latitudes
SH 4.1.24 DECKER, R.B. Spatial gradients, energy spectra, and anisotropies of ions > 30 keV at CIR shocks from 1 to 50 AU
SH 4.1.25 DECKER, R.B. Pressure and energy carried by superthermal ions during the sept. 1991 GMIR at voyagers 1 and 2
SH 4.1.26 NESS, N.F. Cosmic ray modulation by MIRs in distant heliosphere: voyager observations
SH 4.1.27 KRUPP, N. Comparison of recurrent ion events using Ulysses Hi-Scale and EPAC and voyager LECP data
SH 4.1.28 THOMSON, D.J. Time series analysis of low energy interplanetary charged particle fluxes and interplanetary magnetic field data
SH 4.1.29 WITCOMBE, A. Quiet-time ~1 MeV/nucleon fluxes as observed by the EPAC instrument on board Ulysses
SH 4.1.30 GLOECKLER, G. Anisotropies of interstellar pickup protons - implications for scattering of low rigidity (~1 to 3 MV) particles
SH 4.1.31 ANGLIN, J.D. Ulysses radial and latitudinal gradients: low energy proton flux measurements
SH 4.1.32 ANGLIN, J.D. The periodic variation of 1 and >92 MeV proton fluxes at high latitudes
SH 4.1.33 KUNOW, H. Effects of corotating interaction regions on Ulysses high energy particles
SH 5.1.0 MAZUR, J.E. Samplex observations of corotating ion events at 1 AU
SH 5.1.1 MAZUR, J.E. Helium spectra in corotating energetic particle streams observed by EPACT on the wind spacecraft
SH 5.1.2 LESKE, R.A. Measurements of the ionic charge states of solar energetic particles at 15 - 70 MeV/nucleon
SH 5.1.3 WILLIAMS, D.L. Measurements of the isotopic composition of solar energetic particles
SH 5.1.4 BOBERG, P.R. The source plasma of solar energetic particles in gradual events
SH 5.1.5 OETIKER, M. Charge states of heavy solar energetic particles: observations with the HILT sensor on sampex
SH 5.1.6 MASON, G.M. Charge state measurements of solar energetic particles observed with sampex
SH 5.1.7 CUMMINGS, J.R. Sampex studies of anomalous cosmic ray contributions to hydrogen and helium at 1 AU
SH 5.1.8 CUMMINGS, J.R. Sampex studies of anomalous cosmic rays from 1992 to 1995
SH 5.1.9 MEWALDT, R.A. Studies of anomalous cosmic rays using the geomagnetic field
SH 5.1.10 KLEIS, T. Trapped low-energy heavy ion results from LDEF
SH 5.1.11 TYLKA, A.J. Cosmos results on the altitude dependence of geomagnetically trapped anomalous cosmic rays
SH 5.1.12 KLECKER, B. Charge states of anomalous cosmic rays: sampex observations
SH 5.1.13 YADAV, J.S. Ionization states of anomalous cosmic rays inside magnetosphere
SH 5.1.14 CUMMINGS, A.C. Elemental composition of the anomalous cosmic ray component
SH 5.1.15 LOOPER, M.D. A search for molecular ions in the anomalous cosmic rays
SH 5.1.16 MACLENNAN, C.G. Anomalous cosmic ray oxygen (~2.5 MeV/nucl) at high southern heliolatitudes on Ulysses
SH 6.1.1 SYKORA, J. Temporal development of the heliospheric magnetic field topology as confirmed by eclipse observations of the solar corona streamers
SH 6.1.2 SABBAH, I. Persistent larger IMF spiral north of the heliospheric current sheet than south of it
SH 6.1.3 CHEBAKOVA, E.A. 22-year cosmic ray variations
SH 6.1.4 KOLOMEETS, E.V. 11-year variation N-S asymmetry and cosmic ray gradient change
SH 6.1.5 KRYAKUNOVA, O.N. Simulation of long term modulation in nonstationary solar activity conditions
SH 6.1.6 ANTALOVA, A. Role of LDE-type flares in the GCR modulation (1969-1972)
SH 6.1.7 ANTALOVA, A. Daily values of the solar SXR background and galactic cosmic ray modulation (1968-1972)
SH 6.1.8 BRAVO, S. Galactic cosmic ray intensity at earth and polar coronal hole area
SH 6.1.9 BELOV, A.V. Long-term cosmic ray variations and their relation with solar activity parameters
SH 6.1.10 OTAOLA, J. Power spectrum of cosmic rays in the frequency range (3x10-9-2x10-7Hz)
SH 6.1.11 SVIRZHEVSKY, N.S. The energy hysteresis of the galactic cosmic ray intensity in 1988-1993
SH 6.1.12 AHLUWALIA, H.S. Present status of the recovery phase of cosmic ray eleven year modulation
SH 6.1.13 ALANIA, M.V. The features of the long-period modulation of galactic cosmic rays
SH 6.1.14 ALANIA, M.V. The simulation of galactic cosmic rays heliolatitudinal modulation
SH 6.2.1 SABBAH, I. 27-day variation of galactic cosmic rays
SH 6.2.2 VERNOVA, E.S. Amplitude of the 27-day cosmic ray variation in 19-21 solar cycles
SH 6.2.3 LEVITIN, A.E. Recurrent changes in cosmic ray neutron component (1958-1992)
SH 6.2.4 BAZILEVSKAYA, G.A. Long-term changes in galactic cosmic ray variation caused by the solar rotation
SH 6.2.5 SWINSON, D.B. 27-Day waves in the cosmic ray north-south anisotropy
SH 6.2.6 BELOV, A.V. Long-term variations of cosmic ray north-south anisotropy in 70- and 80-th years
SH 6.2.7 SABBAH, I. Numerical simulations of the cosmic-ray diurnal anisotropy
SH 6.2.8 GORCHAKOV, E.V. The north-south asymmetry of cosmic rays as dependence from a sectorial structure of the interplanetary magnetic field
SH 6.2.9 BORELLO, F.O. Cosmic-ray diurnal variation during the 1964-1992 epoch
SH 6.2.10 SHARMA, N.K. Variation of diurnal anisotropy during minimum of solar activity cycles 20 & 21
SH 6.2.11 EL-BORIE, M.A. Cosmic-ray solar diurnal variations gradients and the interplanetary magnetic field
SH 6.2.12 EL-BORIE, M.A. Dependence of the solar diurnal variations upon the magnetic polarity of the heliosphere
SH 6.2.13 HALL, D.L. The parallel mean-free path of galactic cosmic rays at 1 AU
SH 6.2.14 HALL, D.L. Asymmetric heliospheric modulation of a galactic anisotropy
SH 6.2.15 MUNAKATA, Y. Observation of the first-three harmonics of cosmic-ray daily intensity variations and the magnetic polarity of the heliosphere
SH 6.2.16 EL-BORIE, M.A. Long term behavior of semidiurnal variations of cosmic ray intensity
SH 6.2.17 KUMAR, S. Tri-diurnal variation in cosmic ray intensity on quiet days during solar cycles 21-22
SH 6.2.18 SWINSON, D.B. Diurnal variations underground since 1959
SH 6.2.19 KRYMSKY, G.F. Effects of galactic cosmic ray modulation in the heliosphere
SH 6.2.20 FENTON, K.B. Sideral variations at high energies - observations at poatina
SH 6.2.21 MUNAKATA, K. Two hemisphere observations of the north-south sidereal asymmetry at ~1TeV
SH 6.2.22 MUNAKATA, K. Sideral diurnal variations observed by the two hemisphere network of surface level muon telescopes
SH 6.2.23 MUNAKATA, K. Long term change in the sidereal diurnal variation observed by the misato shallow underground muon telescope
SH 6.2.24 MORI, S. Observation of sidereal anisotropy of cosmic rays at ~1 TV
SH 6.2.25 NAGASHIMA, K. Cosmic-ray sidereal daily variation, showing of the coexistence of the galactic and heliomageneto tail-in anisotropies
SH 6.2.26 NAGASHIMA, K. Cosmic-ray excess flux heliomagnetotail
SH 6.2.27 AHLUWALIA, H.S. The cosmic ray convection-diffusion anisotropy according to ground and underground observations in 1965-1990
SH 6.2.28 DORMAN, L.I. Drift anisotropy and transverse gradients of cosmic rays in the interplanetary space
SH 6.2.29 DORMAN, L.I. The important parameters of solar wind and IMF for cosmic ray anisotropy and their dependence on heliolatitude and solar activity
SH 6.2.30 FIKANI, M.M. Higher harmonics of cosmic ray solar diurnal variation. 1. Persistence analysis
SH 6.2.31 FIKANI, M.M. Higher harmonics of cosmic ray solar diurnal variation. 2. Amplitude dependence on asymptotic latitude of viewing
SH 6.2.32 FIKANI, M.M. Higher harmonics of cosmic ray solar diurnal variation. 3. Dependence on primary rigidity
SH 6.2.33 YGBUHAY, R.C. On correlation between tilt of heliospheric current sheet and transverse cosmic ray particle density gradient
SH 6.3.0 BENNETT, E. Modulation of high energy cosmic rays throughout the solar activity and the magnetic cycles
SH 6.3.1 KOTA, J. 3-D distribution of cosmic rays in the outer heliosphere
SH 6.3.2 KOTA, J.P. On the high-energy limit of cosmic-ray modulation and anisotropies
SH 6.3.3 KALININ, M.S. On the 2D and 3D cosmic ray transport equations
SH 6.3.4 KALININ, M.S. The influence of the nonsteady solar magnetic fields on the galactic cosmic rays
SH 6.3.5 KOROLKOV, D.N. The galactic cosmic-ray - current sheet relationship during last four solar cycles
SH 6.3.6 BIEBER, J.W. The diffusion tensor throughout the heliosphere
SH 6.3.7 HATTINGH, M. Heliospheric propagation of galactic cosmic rays: quasilinear theory versus hard-sphere scattering
SH 6.3.8 STEENBERG, C.D. Phase lag effects in cosmic ray modulation
SH 6.3.9 HAASBROEK, L.J. Cosmic-ray electron modulation using current knowledge of the heliosphere
SH 6.3.10 HAASBROEK, L.J. The time-dependent recovery after the large cosmic-ray decrease in 1991
SH 6.3.11 FICHTNER, H. Heliospheric cosmic ray distributions: a tool for probing the solar wind termination
SH 6.3.12 JOKIPII, J.R. The maximum energy of anomalous cosmic rays
SH 6.3.13 LE ROUX, J.A. A transport model for the diffusive shock acceleration and modulation of the anomalous component in the heliosphere
SH 6.3.14 LE ROUX, J.A. The dynamic relevance of the heliospheric magnetic field according to a spherically-symmetric energetic particle hydromagnetic model
SH 6.3.15 FISK, L.A. Statistical studies of the pressure of interstellar pick-up ions: implications for the outer heliosphere
SH 6.3.16 CHALOV, S.V. Continuous production of anomalous cosmic rays forming a dissipative shock precursor
SH 6.3.17 STEENKAMP, C.D. A numerical model for the study of the anomalous component of cosmic rays
SH 6.3.18 STEENBERG, C.D. Model calculations on anomalous hydrogen
SH 6.3.19 REINECKE, J.P.L. The effect of drifts on the calculation of the spectra of anomalous cosmic rays during solar minimum conditions
SH 6.3.20 REINECKE, J.P.L. The cosmic ray state of the heliosphere during solar minimum
SH 6.3.21 ALANIA, M.V. The modeling study of comic ray long-period modulation
SH 6.4.0 FERRANDO, P. Evolution of the electron/proton ratios between 1 and 7 GV measured at Ulysses, as a function of time and latitude
SH 6.4.1 PAIZIS, C. Latitudinal effects of galactic cosmic rays observed onboard the Ulysses spacecraft
SH 6.4.2 TRATTNER, K.J. The latitudinal gradient of anomalous cosmic rays: Ulysses observations
SH 6.4.3 HEBER, B. Nucleon modulation from the Ulysses rapid latitude scan: COSPIN/KET results
SH 6.4.4 HAASBROEK, L.J. Long-term cosmic-ray modulation along the Ulysses trajectory: a numerical simulation
SH 6.4.5 FUJII, Z. Radial density gradients of galactic cosmic rays from 1973 to 1995
SH 6.4.6 FUJII, Z. Properties of step decreases observed in solar cycle 22
SH 6.4.7 MCDONALD, F.B. The initial cosmic ray recovery phase of solar cycle 22
SH 6.4.8 MCDONALD, F.B. Radial and latitudinal cosmic ray intensity gradients in the outer heliosphere
SH 6.4.9 MCDONALD, F.B. Studies of anomalous cosmic ray hydrogen in the outer heliosphere
SH 6.4.10 STONE, E.C. Evolution of the energy spectra of anomalous cosmic rays in the outer heliosphere and the distance to the solar wind termination shock
SH 6.4.11 STONE, E.C. Radial and latitudinal gradients of anomalous cosmic rays in the outer heliosphere
SH 6.4.12 CUMMINGS, A.C. Radial and latitudinal gradients of anomalous cosmic ray oxygen throughout the heliosphere
SH 6.4.13 MEWALDT, R.A. Solar and interplanetary particles Re-accelerated at the solar wind termination shock
SH 6.4.14 MEWALDT, R.A. Evidence for anomalous cosmic ray hydrogen during the 1976-1977 solar minimum
SH 6.4.15 LOPATE, C. The deuterium/proton ratio as a measure of anomalous hydrogen
SH 6.4.16 CHRISTIAN, E.R. The reappearance of anomalous cosmic ray hydrogen
SH 6.4.17 FRANZ, M. Is there a drift of anomalous cosmic ray particles? Measurements of the Ulysses EPAC instrument
SH 6.4.18 EVENSON, P. Cosmic electron observations from the ice spacecraft
SH 6.4.19 GOLDEN, R.L. Solar modulation of hydrogen and helium cosmic ray nuclei spectra above 400 MeV/nucleon, from 1976 to 1993
SH 6.4.20 GRIGOROV, N.L. Fluxes of ACR ions in the earth's magnetosphere at the 22nd solar cycle
SH 6.4.21 BOGOMOLOV, A.V. Investigation of GCR with the help of SONG instrument on-board coronas-I satellite
SH 6.4.22 THE TIBET ASY COLLABORATION. Shadowing of cosmic rays by the sun near maximum or at the decreasing phase of solar activity
SH 7.1.1 GUPTA, D.K. Association of solar flare and radio burst with sunspot magnetic field
SH 7.1.2 MISHRA, A.P. Peak flux density spectra of solar radio burst in relation to sunspot configuration
SH 7.1.3 JAKIMIEC, M. E-W distribution of solar LDE - type flares and galactic cosmic ray modulation (1969 - 1972)
SH 7.1.4 JANSEN, F. Preliminary results of observations of relationships between solar radio bursts, sudden commencements on earth and interplanetary disturbances measured
SH 7.1.5 ALANIA, M.V. The features of the relationship of cosmic ray forbush-decreases and the solar wind parameters fluctuations
SH 7.1.6 DORMAN, I.V. The development of observations and models of models of cosmic ray forbush-effects
SH 7.1.7 RICHARDDSON, I.G. Regions of abnomally low proton temperature as signatures of ejecta in the solar wind and their solar cycle dependence
SH 7.1.8 CANE, H.V. Short-term cosmic ray decreases: 1964-1994
SH 7.1.9 KOZLOV, V.I. On structure of forbush effect on results of joint analysis of scintillation index and solar wind parameters
SH 7.1.10 VASHENYUK, E.V. Cosmic ray fluctuation power spectra dynamics during the great interplanetary disturbance on the October 19-21, 1989
SH 7.1.11 CLIVER, E.W. The angular extents of solar/interplanetary disturbances and modulation of galactic cosmic rays
SH 7.1.12 BELOV, A.V. Search for predictors of forbush decreases
SH 7.1.13 DORMAN, L.I. The nature of cosmic ray forbush-decrease and precursory effects
SH 7.1.14 SAKAKIBARA, S. Precursory decrease of cosmic rays, in front of forbush decrease associated IMF-shock wave, caused by CME lifting off the sun on april 14, 1994
SH 7.1.15 HUMBLE, J.E. Observation of GV protons associated with an interplanetary shock
SH 7.1.16 FLUCKIGER, E.O. The 24 march 1991 forbush decrease
SH 7.1.17 PETLENKO, A.V. An application of the pulse superposition method to cosmic ray time variations
SH 7.1.18 BELOV, A.V. Anisotropy of cosmic rays and forbush decreases in 1991
SH 7.1.21 DARWISH, A.A. Characteristics of diurnal variations of cosmic rays and solar wind stream in forbush decrease
SH 7.1.22 DARWISH, A.A. The dependence of solar diurnal variations of cosmic rays on forbush decrease
SH 7.1.23 CHAUHAN, M.L. Effect of interplanetary magnetic clouds on cosmic ray diurnal anisotropy
SH 7.2.1 KUDEIA, K. Cosmic ray variations: periodicities at T<24 hours
SH 7.2.2 AGRAWAL, S.P. Study of cosmic ray daily variations during quiet periods at neutron monitor energies
SH 7.2.3 DARWISH, A.A. Long-term nature of the latitudinal cosmic ray gradient
SH 7.2.4 KUMAR, S. High amplitude anisotropic wave train events in cosmic ray intensity during 1981-90
SH 7.2.5 KUMAR, S. Anomalous behavior of the low amplitude anisotropic wave trains in cosmic ray intensity during 1981-90
SH 7.2.6 TIWARI, A.K. Peculiar characteristics of low amplitude wave train events during solar cycle 21
SH 7.2.7 SHARMA, N.K. Influence of coronal high-speed solar wind streams on cosmic ray intensity
SH 7.2.8 ZHANG, M. Ulysses observations of 26 day intensity variations of cosmic rays and anomalous helium over the south pole
SH 7.2.9 RICHARDSON I.G. Corotating >60 MeV/amu cosmic ray depressions observed by spacecraft anti-coincidence guards
SH 7.2.10 AGLIETTA, M. Fractal analysis of cosmic ray signals detected in the EAS-TOP experiment
SH 7.2.11 YASUE, S. Power spectrum of irregular time series of cosmic rays in a wide range of rigidity: 0.3~20 TeV
SH 7.2.12 SHATASHVILI, L.KH. The peculiarity of cosmic ray intensity of recurrent forbush effects in two different 11-year cycles of solar activity
SH 7.2.13 DROLIAS, B. Cosmic ray modulation by expanding. High-latitudes streams
SH 7.2.14 AHLUWALIA, H.S. On the potential of cosmic ray time variation studies with milagro detector
SH 8.1.1 GUSEV, A.A. Injection and fast radial diffusion of energetic electrons into the inner magnetosphere
SH 8.1.2 LUPENKO, G.V. Measurements of flux and spectrum of electrons with energy of 7-40 MeV near the earth
SH 8.1.3 VORONOV, S.A. Nature of high energy electrons in the inner radiation belt
SH 8.1.4 KOLDASHOV, S.V. Electron and positron albedo spectra with energy more than 20 MeV
SH 8.1.5 MARTIN, I.M. Natural energetic positrons in the inner zone
SH 8.1.6 PUGACHEVA, G.I. Chaos problem in the capture of anomalous cosmic ions
SH 8.1.7 NOSOV, S.F. Drift hamiltonian in a dipole magnetic field
SH 8.1.8 BARZ, S. Trapped oxygen and neon measurements on LDEF
SH 8.1.9 SELESNICK, R.S. Observations of geomagnetically trapped anomalous cosmic rays
SH 8.1.10 LEICHER, M. Energy spectra of oxygen ions at E<40MeV/nuc inside the magnetosphere
SH 8.1.11 WEFEL, J.P. The isotopic composition of geomagnetically trapped helium
SH 8.1.12 GRIGOROV, N.L. The energy spectra of interplanetary and trapped anomalous cosmic rays
SH 8.1.13 GRIMANI, C. Differential flux measurement of atmospheric pion, muon, electron and positron energy spectra at balloon altitudes
SH 8.1.14 PAPINI, P. Atmospheric proton and deuterium energy spectra determination with the MASS2 experiment
SH 8.1.15 STEPHENS, S.A. Ground level cosmic ray observations
SH 8.1.16 PAPINI, P. 3He spectrum at small atmospheric depths for different geomagnetic cutoff values
SH 8.1.17 PAPINI, P. Production of secondary deuterium in the atmosphere at various latitudes
SH 8.1.18 PAPINI, P. Secondary proton production at small atmospheric depths as a function of geomagnetic Cut-off
SH 8.1.19 BARANOV, D.G. Peculiarities of iron and subiron energy spectra at low energies
SH 8.1.20 KOLOMEETS, E.V. Additional particle flux in upper earth atmosphere levels
SH 8.1.21 DUDNIK, A.V. The radial diffusion and the high frequency radio emission of energetic electrons of inner radiation belf during geomagnetic storm with D=-110nT
SH 8.2.1 SMART, D.F. The difference between offset dipole coordinates and coordinates based on cutoff rigidity contours
SH 8.2.2 DANILOVA, O.A. Cosmic ray cutoff rigidities in the tayganenko magnetospheric magnetic field models of 1989 and 1987 years
SH 8.2.3 BUTIKOFER, R. Effects of the magnetosheath on cosmic ray particle propagation in near-earth space
SH 8.2.4 STORINI, M. Cosmic ray asymptotic directions for Chilean neutron monitors
SH 8.2.5 BIEBER, J.W. Neutron monitor survey of the southern ocean
SH 8.2.6 STOKER, P.H. Neutron monitor latitude surveys, response functions and 22-year modulation
SH 8.2.7 KUMAR, S. A comparative study of geomagnetic storms for discrete activities during 19787-81
SH 8.2.8 BAISULTANOVA, L.M. Magnetospheric effects of cosmic rays within the different phases of the magnetic storms
SH 8.2.9 ANTONOVA, V.P. Fluctuations of cosmic rays of the geophysical origin
SH 8.2.10 DVORNIKOV, V.M. On a possibility of predicting the level of geomagnetic disturbance from effects in cosmic rays
SH 8.2.11 SZOCS, H.L. The multiple relation among the cosmic ray, geomagnetic activity and atmospheric noise
SH 8.1.12 VILLORESI, G. Forbush decreases as indicators of health-hazardous geomagnetic storms
SH 8.2.13 PUGACHEVA, G.I. The influence of geomagnetic disturbances on the meteorological parameters in the BMA region
SH 8.2.14 MAKHMUTOV, V.S. The precipitations of electrons into the earth's atmosphere during 1994
SH 8.3.1 BADHWAR, G.D. Space shuttle measurements of the galactic cosmic radiation linear energy transfer spectra over a solar cycle and their comparison with radiation transport model
SH 8.3.2 STOZHKOV, YU.I. Cosmic ray fluxes in atmosphere and precipitations
SH 8.3.3 GLADYSHEVA, O.G. Solar protons from august 1972 flare and nitrate abundance in antarctic snow
SH 8.3.4 GLADYSHEVA, O.G. Unique possibility to obtain upper limit of total energy induced by solar flare protons
SH 8.3.5 COOPER, J.F. Polar cap intensity structures during the 22 july 1982 flare: correlation to interplanetary fluxes and anisotropies
SH 8.3.6 ELY, J.T.A. GCR, the cirrus hole, global warming and record floods
SH 8.3.7 BELOV, A.V. Temporal and latitudinal dependence of the temperature effect for neutron component of cosmic ray
SH 8.3.8 YANCHUKOVSKY, V.L. Modulation effect of barometric coefficient of neutron component of secondary cosmic rays
SH 8.3.9 THE TIBET ASY COLLABORATION. Day-night moon shadow difference and comparison with the sun shadow at 10**13 eV using the Tibet air shower array
SH 8.3.10 VOLODICHEV, N.N. The effect of neutron intensity increase formation during new-moon and full-moon periods
SH 8.3.11 YOUNG, P.S. Energy deposit into the brain of an astronaut in space station by solar flare heavy particles
SH 8.3.12 MARCUCCI, M.F. On a possible relationship between atmospheric dynamics ozone and global auroral activity
SH 8.3.13 DORMAN, L.I. On the theory of atmospheric electric field effect in cosmic ray muon component
SH 8.3.14 DORNAN, L.I. On the possibility of atmospheric electric field effect in cosmic ray neutron component
SH 8.3.15 CHECHIN, V. Global ELF/VLF wave observation at the SL-9 comet crash on Jupiter
SH 8.3.16 DROLIAS, B. Numerical simulations of non-adiabatic particle motions in the jovian magnetosphere comparison with "Ulysses" observations
SH 8.3.17 SHATASHVILI, L. The cyclic variations of the barometric coefficient of the cosmic ray neutron component intensity
SH 8.3.18 ALANIA, M.V. An influence of cosmic rays and geomagnetic disturbances on the cardiopathology tendency
SH 8.3.19 BHANDARI, N. Solar flare tracks in rio negro (L 4) chondrite
SH 8.3.20 BHANDARI, N. Cosmic ray gradients in the heliosphere based on isotope production rates in meteorites
SH 9.1.3 ALEXEEV, V.A. Galactic cosmic ray variations over a scale of meteorite exposure ages
SH 9.1.4 BONINO, G. GCR modulation in meteorites
SH 9.1.5 DRESCHHOFF, G.A.M. The solar signal in a 415-year nitrate record from a polar ice core
SH 9.1.6 DERGACHEV, V.A. Medium and long-term cyclic variations of cosmic rays in the past
SH 9.1.7 CINI CASTAGNOLI, G. Cosmogenic isotopes, geomagnetic signals in a mediterranean sea sedimenta t 35000 yr BP
SH 9.1.8 KIBEDI, T. B-decay and cosmic-ray half-life of 54Mn
SH 10.1.1 YI-FANG, C. New modelo n solar neutrino
SH 10.1.2 IGNATIEV, A. Are solar neutrinos electrically charged?
SH 10.1.3 BESHTOEV, KH.M. Enhancement of the oscillations of neutrinos of different masses in matter
SH 10.1.4 TORRENTE-LUJAN, E. An exact description of neutrino oscillations in solar matter for arbitrary number of species
SH 10.1.5 PANDEY, U.C. Implications of solar neutrino experiments for solar magnetic fields
SH 10.1.6 NAKATSUKA, T. Comments on a solar neutrino flux of the kamiokande observation
SH 10.1.7 LVD COLLABORATION. Experimental limit on the solar antineutrino flux
SH 10.1.8 DORMAN, L.I. The solar cycle variations of solar neutrino flux and heliolatitude anisotropy
SH 10.1.9 MASSETTI, S. Summary of correlative analyses between homestake neutrino data and parameters related to solar activity
SH 10.1.10 MASSETTI, S. Green corona brightness and homestake neutrino data
SH 10.1.11 MASSETTI, S. Is there a north-south asymmetry in the homestake neutrino data connected with solar activity?
SH 10.1.12 SUPERKAMIOKANDE COLLABORATION. Solar neutrino observations with superkamiokande
SH 10.1.13 TOMOZAWA, Y. Anticorrelation between neutrino flux and activity in the sun
SH 11.1.1 KOTOV, Y.D. Satellite project PHOTON for study of the solar flare hard radiation
SH 11.1.2 KOTOV, Y.D. Wide-band spectrometer of y-rays and neutrons for solar satellite project "PHOTON"
SH 11.1.3 KOTOV, Y.D. Monte carlo simulation of the response of inorganic scintillators to medium energy solar neutrons
SH 11.1.4 TURTELLI JR., A. Anomalous and solar cosmic ray observations with the first Brazilian scientific microsatellite
SH 11.1.5 CLEM, J.M. Performance of a magnet spectrometer based on digitizing optical spark chambers
SH 11.1.6 MILLIKEN, B. Silicon detector studies with an interferometric thickness mapper
SH 11.1.7 WILLIAMSON, P.R. Specific energy loss rate measurements in low earth orbit
SH 11.1.8 BOROG, V.V. Large aperture muon hodoscope for studies in solar-terrestrial physics
SH 11.1.9 COOPER, J.F. Internet access to NASA's OMNI and COHO data bases for interplanetary missions
SH 11.1.10 MOISEEV, A.A. Two-dimensional low power MWPC for long duration balloon flights
SH 11.1.11 ASATRIAN, G.A. The radiosonde for the neutron component of cosmic rays measurements in the stratosphere
SH 11.1.12 THE MILAGRO COLLABORATION. Solar physics with the milagro telescope
SH 11.1.13 MATSUBARA, Y. New experiment on the observation of solar neutrons at chacaltaya
SH 11.1.14 BIEBER, J.W. Spaceship earth - an optimized network of neutron monitors
SH 11.1.15 CORDARO, E.G. Antarctic laboratory for cosmic rays: 1991-1995
SH 11.1.16 BELOV, A.V. The cosmic ray data database
SH 11.1.17 FRIDMAN, SH.D. An application of cosmic rays for solving some ecology and hydrology problems
SH 11.1.18 CECCHINI, S. A real time compact monitor for environmental radiation: cosmic rays and radioactivity
Volume 5: Invited, rapporteuts & highlight papers
CAPDEVIELLE, J. N. High-energy interactions
SIVAPRASAD, K. Extensive air showers
RYAZHSKAYA, O. G. Muons and neutrinos in the cosmic radiation
DOGIEL, V. A. Gamma-ray direct observations from space
HILLAS, A. M. Ground-based gamma-ray astronomy
SHIBATA, T. Cosmic-ray spectrum and composition, direct observation
PETRERA, S. Cosmic-ray spectrum and composition: ground observations
PTUSKIN, V. S. Cosmic-ray propagation in the galaxy
SMART, D. F. Solar cosmic rays
BIEBER, J. W. Cosmic rays in the heliosphere
MORI, S. Cosmic-ray modulation ground-based observations
SCHONFELDER, V. Highlight results from the Compton gamma-ray observatory
KIRSTEN, T. A. Results from solar-neutrino experiments
STREITMATTER, R. E. Antimatter in the universe
CRONIN, J. W. Gamma-ray astronomy by the air shower technique: performance and perspectives
BONINO, G. Record of galactic-cosmic-ray variations in terrestrial archives and meteorites
KOCHAROV, G. E. Paleoastrophysics and cosmic rays
SHAPIRO, M. M. The enrichment of physics: the legacy of victor hess
PUPPI, G. Cosmic-ray physics in Italy: an historical overview of the early times
MARSDEN, R. G. The Ulysses mission: an introduction
KEPPLER, E. Observations of energetic particles with epac on Ulysses in polar latitudes of the heliosphere
JOKIPII, J. R. 3D heliospheric simulations of cosmic rays in the light of Ulysses
LANZEROTTI, L. J. Low-energy interplanetary charged particles: solar south pole to solar north pole and high heliolatitudes
SIMPSON, J. A. Ulisses cosmic-ray investigations extending from the south to the north polar regions of the sun and heliosphere
SHEA, M. A. Overview of the effects of solar-terrestrial phenomena on man and his environment
KIFUNE, T. Ground-based gamma-ray astronomy: general remarks
CAWLEY, M. F. Development of the atmospheric Cherenkov imaging technique
SINITSYNA, V. G. Searches for gamma-quanta from local sources by a wide-angle imaging telescope
ONG, R. A. Large-area atmospheric Cherenkov detectors for high-energy gamma-ray astronomy
AHARONIAN, F. A. VHE gamma-ray sources and implications
SLAVATINSKY, S. A. High-energy cosmic-ray interactions
ADAMOV, D. S. Superyoung EAS with N 107. The hadron experiment
MUKHAMEDSHIN, R. A. Azimuthal peculiarities of gamma-ray hadron families and the new physics at vs4tev
PUCHKOV, V. S. Alignment phenomenon in superfamilies with energy above 400 tev
KOPENKIN, V. Attenuation mean free path of hadrons in superfamilies
KAWASUMI, N. Simultaneous observation of families and associated air showers at mt.chacaltaya
OHSAWA, A. Preliminary report on the large halo event tadjikistan
NIKOLSKY, S. I. Hadron inelastic collisions in the region 1-105 tev
CONVERY, M. Minimax: what has been learned thus far
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Volume 1: Contributed papers and author index - HE Sessions
HE 1.1.1 WILCZYNSKI, H. Asymmetric particle emission in high energy cosmic ray interactions
HE 1.1.2 EL-NAGHY, A. Study of intermittency in collisions of 4.5 A GeV/c26Si with emulsion
HE 1.1.3 EL-NAGHY, A. Multiplicity... Ver mais Conteúdo:
Volume 1: Contributed papers and author index - HE Sessions
HE 1.1.1 WILCZYNSKI, H. Asymmetric particle emission in high energy cosmic ray interactions
HE 1.1.2 EL-NAGHY, A. Study of intermittency in collisions of 4.5 A GeV/c26Si with emulsion
HE 1.1.3 EL-NAGHY, A. Multiplicity characteristics of particles emitted in 4.5 A GeV/c26Si - emulsion collisions
HE 1.1.4 WOLTER, W. Multiplicities in nucleus-nucleus interactions at the highest accelerator energies
HE 1.1.5 EL-NAGHY, A. Study of some aspects of nucleus interactions at (3-4,5) A GeV/c
HE 1.1.6 SARKISYAN, E.K. On multiparticle pseudorapidity correlations in central 4.5 A GeV/c C-Cu collisions
HE 1.1.7 EL-NAGHY, A. Forward - backward correlations in nucleus-nucleus collisions at (4.1-4.5) A GeV/c
HE 1.1.8 APANASENKO, A.V. Investigation of high energy primary cosmic ray interaction with Pb and Fe target nuclei in stratospheric emulsion chamber
HE 1.1.9 RAKOBOLSKAYA, I.V. The energy dependence of elasticity coefficient and cross-sections in hadron-lead interactions in the range 250 GeV-50 TeV
HE 1.1.10 SUZUKI, N. Wavelet analysis of high multiplicity events
HE 1.1.11 TAMACIA, M. Attenuation mean free path of high energy hadrons in lead
HE 1.1.12 WILCZYNSKA, B. Transverse momenta of helium fragments in gold fragmentation at 10.6 GeV/nucleon
HE 1.1.13 DEINES-JONES, P. Interactions of 158 GeV/nucleon lead nuclei in emulsion
HE 1.1.14 PORTELLA, H.M. Nucleon-air nuclei interaction probability law and the inelastic cross-section
HE 1.1.15 BHATTACHARYYA, D.P. Projectile fragmentation in Au+Al interactions at 0.930 GeV/n
HE 1.1.16 BELLANDI, J. Proton-proton total cross section derived from cosmic ray data
HE 1.1.17 HE, Y.D. Production and detection of hyperfragments in high energy nucleus-nucleus collisions
HE 1.1.18 CHERNAVSKAJ, O.D. Central high energy heavy nuclei collisions and ring-like effect
HE 1.1.19 BELLANDI, J. Diffractive contribution to the nucleonic flux in the atmosphere
HE 1.1.20 KHAZARADZE, N.G. The model of the interaction of leptons with the nuclei in the presence of the superhigh energies
HE 1.1.21 LILAND, A. Energy dependence of particle multiplicities from p-p collisions
HE 1.1.22 AMATO, N.N. A double-core event detected at chacaltaya
HE 1.1.23 TAKAHASHI, Y. Multi-particle correlations in S+Pb and Pb+Pb interactions at CERN SPS energies
HE 1.2.1 PISKOUNOVA, O.I. Leading/nonleading charm hadroproduction in the quark-gluon string model
HE 1.2.2 RANFT, J. The dual parton model at cosmic ray energies
HE 1.2.3 ROY, S. The highest energy cosmic rays and the fluctuations in the cosmic microwave background
HE 1.2.4 AUGUSTO, C.R. Production of heavier particles than plons in fire-balls
HE 1.2.5 CAPDEVIELLE, N. Abrasion-evaporation model and cosmic ray nuclei interactions
HE 1.2.6 URYSON, A.V. Comparison of some methods of calculating differential cross sections for the production of ?, k in PP-interactions at Vs = (4.1-1800) GeV
HE 1.2.7 BATTISTONI, G. Study of the high energy cosmic ray cascades using the dual parton model
HE 1.2.8 HE, Y.D. Fragmentation of 160 A GeV Pb in various targets
HE 1.2.9 KALMYKOV, N.N. The predictions of quark-gluon string model and the data of air showers at ultra high energies
HE 1.2.10 OHSAWA, A. Violation of the Feynman scaling law in the forward region
HE 1.2.11 RAMADAN, S. Effect of deformed target nucleus on abration and absorption cross sections
HE 1.2.12 HUSSEIN, M.T. A microscopic eikonal-type model for electron-proton scattering
HE 1.2.13 HUSSEIN, M.T. A multi-cluster model in hadron nucleus interactions at high energies
HE 1.2.14 CHEUNG, T. A monte-carlo generator of mini-jet model for the simulation of hadron multiproduction
HE 1.2.15 CAPDEVIELLE, J.N. Consequences of disoriented chiral condensates in EAS properties
HE 1.3.1 WILK, G. Fluctuations and correlations beyond midrapidity
HE 1.3.2 COSTA, C.G.S. Cosmic-ray rapidity density distribution and super-families
HE 1.3.3 COSTA, C.G.S. Lateral spread of hadrons in high-energy super-families and centauro events
HE 1.3.4 AUGUSTO, C.R.A. Fire-balls masses seen in C-jets
HE 1.3.5 OHSAWA, A. Comments to short mean free path particles observed by pamir thick lead chambers
HE 1.3.6 KOPENKIN, V.V. Alignment of energy distinguished cores in families and hadron aspects of the phenomenon
HE 1.3.7 SMIRNOVA, M.D. Explanation of the appearance as if exotic phenomena on hadron attenuation in deep lead chambers in the frame of two-component model of high energy hadrons interaction
HE 2.1.1 FU, Y. The FWHM of the transition curves of showers and the identification of hadrons and gamma-rays in Fe-emulsion chambers
HE 2.1.2 BORISOV, A.S. Experimental and simulated characteristics of "Halo" in superfamilies with primary energy higher than 10 PeV
HE 2.1.3 REN, J.R. The attenuation of high energy hadrons in iron
HE 2.1.4 REN, Jr. The intensity of super high energy gamma-rays at the altitude of yangbajing
HE 2.1.5 ZHDANOV, G.B. The effect of narrow gamma families from the data of experiment PAMIR
HE 2.1.6 MIELKE, H.H. Single pion momentum spectrum up to 2 TeV
HE 2.1.7 KAWASUMI, N. Nuclear interaction families associated to EAS at mt. chacaltaya
HE 2.1.8 KOLCHUSHKIN, A.M. On lateral distribution of oblique electromagnetic cascade
HE 2.1.9 CHERNOV, D.E. On fluctuations of electromagnetic shower axis
HE 2.1.10 GONCHAROV, A.I. The lateral electron distribution in electromagnetic showers in atmosphere
HE 2.1.11 ATTALLAH, R. Cerenkov radiation from EAS: influence of absorption in ozone on the observations in UV range
HE 2.1.12 ASTONE, P. Effects of cosmic-ray-induced cascades on the ultracryogenic antenna NAUTILUS
HE 2.1.13 YULDASHBAEV, T.S. The correlation analysis of gamma-families originated in pA and AA interactions at the superhigh energies E0~1016eV
HE 2.1.14 REN, J.R. Halo events in super high energy nuclear interactions
HE 2.1.15 GANDHI, V.N. Simulations studies related to tactic and mystique y-ray telescopes
HE 2.1.16 TAMADA, M. A study of shower transition behaviours initiated by hadron-pb interaction
HE 2.2.1 BORUAH, K. Simulation of hadronic cascades including vacuum excitation and higgs production
HE 2.2.2 KELLEY, L. A study of LPM suppression of bremsstrahlung at 25 GeV
HE 2.2.3 MUKHAMEDSHIN, R.A. Azimuthal peculiarities of gamma-ray - hadron families and new physics at Vs ? 4 TeV
HE 2.2.4 NIKOLSKY, S.I. Confinment violation at < 3.10-17 cm and nucleon-nuclear interactions in energy interval of 1013 - 1017 eV
HE 2.2.5 POPOVA, L. Do emulsion chamber double-core events manifest quark composition
HE 2.2.6 DUNAEVSKY, A.M. The influence of charm production on cascades induced by cosmic ray hadrons in lead at energy 20-200 TeV and in atmosphere at energy 500 TeV - 500 PeV
HE 2.2.7 EL-NAGHY, A. Study of fragmentation process of 26Si nuclei in emulsion at 4.5 A GeV/c
HE 2.2.8 KARAKULA, S. Can photons with energies 1020 eV pass the earth's magnetosphere? Analysis of the observed highest energy cosmic rays
HE 2.2.9 HILLAS, A.M. The mocca program: monte-carlo cascades
HE 3.1.1 INOUE, N. Hadronic component in maximum air shower development observed at mt. chacaltaya
HE 3.1.2 CHIKAWA, M. EASs showing chaotic feature over very long distance
HE 3.1.3 NATH, D. Zenith angle dependence on depth of shower maxima
HE 3.1.4 DANILOVA, E.V. The knee of the size spectrum of EAS at different depths in the atmosphere
HE 3.1.5 OHARA, S. Chaotic feature of extensive cosmic ray air showers
HE 3.1.6 EAS-TOP COLLABORATION. Study of the EAS cores from the EAS-TOP calorimeter and observation of multi-core events
HE 3.1.7 SCHIELER, H. First experimental results from the array of kascade
HE 3.1.8 KATAYOSE, Y. Fractal study of extensive air shower time series
HE 3.1.9 KATAYOSE, Y. Search for bursts of extensive air shower
HE 3.1.10 DEDENKO, L.G. Charged particles separation in EAS by the geomagnetic field
HE 3.1.11 CHERDYNTCEVA, K.V. Spectra of gamma-hadron families combined with EAS (experiment "hadron")
HE 3.1.12 KEMPA, J. Fractal analysis of particle density distribution in extensive air showers
HE 3.1.13 ALLEN, G.E. A study of large-zenith-angle air showers with the Cygnus experiment
HE 3.1.14 SAKUYAMA, H. Core structure of EAS above 1016 eV at akeno
HE 3.1.15 ALIAGA, Z. Azimuthal angular distribution for EAS between 1-10 TeV energies
HE 3.1.16 ARVELA, H. The transverse momentum of hadrons in extensive air showers
HE 3.1.17 ARVELA, H. The hadron component in extensive air showers
HE 3.1.18 ARVELA, H. Delayed pulses observed in extensive air showers
HE 3.1.19 ELO, A.M. The experimental set-up and air shower measurements performed with the turku air shower array
HE 3.1.20 AVAKLAN, V.V. Status report on "maket-ani" experiment
HE 3.1.21 LINSLEY, J. Single-particle arrival-time Pdf and related functions describing EAS fronts
HE 3.1.22 Time-track complementarity revisited
HE 3.1.23 CATALANO, O. Production helght distribution of Eas muons given by the Palermo-leeds-napoli track time experiment
HE 3.1.24 AGNETTA, G. The Palermo-leeds-napoli track time experiment
HE 3.1.25 AGNETTA, G. Lateral distribution of Eas particles given by Rpc detectors in the Palermo-leeds-napoli track time experiment
HE 3.1.26 CATALANO, O. Estimating the significance of EAS double fronts
HE 3.1.27 AGNETTA, G. Arrival time distribution of EAS particles given by the Palermo-leeds-napoli track time experiment
HE 3.1.28 TER-ANTONIAN, S.V. Integral EAS spectrum at mountain altitude in the "knee" region
HE 3.1.29 TER-ANTONIAN, S.V. Energy spectrum and hadron lateral distribution in EAS at mountain altitude, maket-ani experiment
HE 3.2.1 PORTOCARRERO, C. Separation of gamma and proton showers (1-104 TeV) using the lateral distribution of Cerenkov light at several observatory depths
HE 3.2.2 PARENTE, G. Horizontal air showers: the role of fluctions
HE 3.2.3 POPOVA, L. Development of nucleus-air-nucleus interaction model to study the structure of EAS front
HE 3.2.4 STANEV, T. Calculation of air shower profiles using a bootstrap electromagnetic bootstrap program
HE 3.2.5 CHAKRABARTI, C. Study of electrons simultaneously with muons in extensive air showers (EAS) initiated by primary cosmic rays of energy 1014-1016eV
HE 3.2.6 CHILINGARIAN, A.A. A comparative study of EAS energy estimation methods
HE 3.2.7 ANOKHINA, A.M. The energy estimates of EAS and the composition and energy spectrum of the primary particles at energies of 1015-1019 eV
HE 3.2.8 KASAHARA, K. Introduction to cosmos and some relevance to ultra high energy cosmic ray air showers
HE 3.2.9 KNAPP, J. Recent extensions to the corsika exstensive air shower simulation program
HE 3.2.10 ATTALLAH, R. Simulation of EeV extensive air shower
HE 3.3.1 BORUAH, K. Gauhati university mini-array to detect UHE cosmic rays
HE 3.3.2 DAS, B. Low frequency radio emission from large inclined showers
HE 3.3.3 HAUSTEIN, V. Arrival time distribution of Cerenkov photons and the elemental composition of primary cosmic rays around 1015 eV
HE 3.3.4 LINDNER, A. Composition and energy measurement with a new method applied to the HEGRA data in the energy range of the knee
HE 3.3.5 LUORUI, S. The density distribution of Cherenkov lights produced by y p and Fe simulation showers
HE 3.3.6 AGLIETTA, M. The shape of the atmospheric Cherenkov light images of extensive air showers
HE 3.3.7 AGLIETTA, M. Stereoscopic observation of atmospheric Cherenkov extensive air showers
HE 3.3.8 KALMYKOV, N.N. Longitudinal development of EAS using the results of Cherenkov light study
HE 3.3.9 ANOKHINA, A.M. Simulations of pulses and lateral structure functions of the Cherenkov, muon and electron components in EAS at the "knee" region of the primary energy spectrum
HE 3.3.10 YAKOVLEV, V.I. Sharp difference of measured Cherenkov light quantity per shower particle by shower selection according to their size or primary energy and problem of knee existence at E>
HE 3.3.11 BIRAI, A.R. The eascamp detector at campinas
HE 3.3.12 BEISEMBAEV, R.U. Investigation of the arrival time distribution of muons with energy > 5 GeV in EAS at mountain level (690 g/cm2)
HE 3.3.13 VOLKER, G. Arrival time distributions of muons from extensive air showers as signature of the mass composition of cosmic rays
HE 3.3.14 CHAKRABARTI, C. A search for anisotropy in the arrival direction of EAS by cosmic rays from discrete sources
HE 3.3.15 AMEEV, S.S. EAS-1000 array: 1995 year status
HE 3.3.16 ARQUEROS, F. The wide angle air-cherenkov detector airobicc at la palma
HE 3.3.17 HEGRA COLLABORATION. Status of the HEGRA experiment at la palma
HE 3.3.18 HASHIMOTO, K. Performance test of leadburger: detector for measurement of highest energy cosmic rays
HE 3.3.19 ARZUMANIAN, S.A. Status of the experiment ANI. The first stage - installation "gamma"
HE 3.3.20 DUMORA, D. "Muon eye" array. Its characteristics and advantages
HE 3.3.21 SIVAPRASAD, K. Study of primary cosmic ray energy spectrum with a compact electron detector array (GRAPES III experiment at Ooty)
HE 3.3.22 GARIPOV, G.K. Camera obscura network-array for registration of EAS Cerenkov radiation
HE 3.3.23 ARQUEROS, F. A method for separation of y and hadron initiated air showers with angle integrating Cerenkov arrays
HE 3.3.24 HEGRA COLLABORATION. Determination of the depth of maximum development and primary energy of cosmic ray showers with airobicc
HE 3.3.25 KRYS, E. Photoproduction in gamma initiated showers
HE 3.3.26 CATALANO, O. Single-particle detection efficiency and we rejection power of Lst stacks in the Palermo-leeds-napoli track time experiment
HE 4.1.1 BATTISTONI, G. Clusters to muons underground: a new tool for cosmic ray studies
HE 4.1.2 AOKI, T. Observation of penetrating muons through mountain
HE 4.1.3 LIPARI, P. Particle fluxes in the atmosphere and geomagnetic effects
HE 4.1.4 WENTZ, J. Delayed muons and their relation to primary cosmic rays
HE 4.1.5 LL'INA, N.P. The analysis of the PCR nucleon energy spectrum and charm production cross-section as observed in MSU muon experiment
HE 4.1.6 MACRO COLLABORATION. Study of primary interactions with multiple muons events in MACRO
HE 4.1.7 BATTISTONI, G. The prompt muon component in very high energy cosmic ray showers
HE 4.1.8 BELOLAPTIKOV, I.A. Analysis of muon events recorded with the NT-36 detector in lake Baikal
HE 4.1.9 MACRO COLLABORATION. Macro absolute muon flux measurement: comparison with monte carlo predictions
HE 4.1.10 LVD COLLABORATION. Comparison of the LVD single muon angular distribution with simulated data
HE 4.1.11 LVD COLLABORATION. Atmospheric single muon flux measured over five decades of intensity by LVD at gran sasso laboratory
HE 4.1.12 LVD COLLABORATION. A study of single muon I (0, X) structure observed in the LVD particle astrophysics experiment
HE 4.1.13 KAWAKAMI, S. Study of primary cosmic ray composition using a very large area muon detector (GRAPES III experiment at Ooty)
HE 4.1.14 LVD COLLABORATION. Power index of pion and kaon spectrum in the atmosphere obtained with LVD at gran sasso
HE 4.1.15 BAKATANOV, V.N. Detection of events with muon multiplicity N>1500 at the baksan underground scintillation telescope
HE 4.1.16 BHATTACHARYYA, D.P. High energy muon spectra at zenith angles 0º and 89º
HE 4.1.17 CHAKRABARTI, C. Low and high energy muons in extensive air showers of size 104 to 106 particles
HE 4.1.18 ATTALLAH, R. High energy muon production in iron generated EAS for superposition and fragmentation models
HE 4.2.1 BATTISTONI, G. Study of interactions of TeV muons by means of underground cosmic ray experiments
HE 4.2.2 SOUDAN 2 COLLABORATION. Search for anisotropies in deep underground muons
HE 4.2.3 MACRO COLLABORATION. Muon astronomy and seasonal variations of the underground muon flux with macro
HE 4.2.4 BASINI, G. Measurement of the cosmic ray muon spectrum and charge ratio in the atmosphere from ground level to balloon altitudes
HE 4.2.5 DE NOLFO, G. Monte carlo calculations of atmospheric electrons compared with data from HEAT
HE 4.2.6 KRIZMANIC, J.F. Measurement of the cosmic ray induced muon flux through the atmospheric using IMAX
HE 4.2.7 BATTISTONI, G. Study of the radiative interactions of 300 GeV muons in a high resolution calorimeter
HE 4.2.8 CASTAGNOLI, C. Multiple interactions of muons and muon energy spectrum deep underground
HE 4.2.9 LAGUTIN, A.A. Muon transport in a random medium
HE 4.2.10 JONES, L.W. Cosmic ray muon studies with the L3 detector at CERN
HE 4.2.11 SOUDAN 2 COLLABORATION. Search for point souces of deep underground muons
HE 4.2.12 TSUJI, S. Muons from the detection of Cygnus x-3: 1992-1994
HE 4.2.13 TSUJI, S. Phase analyses of muons from the direction of Cygnus x-3 at large zenith angles: 1992-1994
HE 4.2.14 TSUTSUI, Y. Muons from the direction of Cygnus x-3 during july 1990-december 1991 radio flares
HE 4.2.15 BHATTACHARYYA, D.P. Estimation of integral muon spectrum from point source photon spectrum
HE 4.2.16 MAKAROV, V.V. Muon range fluctuations in rock
HE 4.2.17 POIRIER, J. Is there a correlation of single muon angles with the galactic plane?
HE 5.1.1 AGLIETTA, M. The HE muon and neutrino fluxes from measurements of horizontal air showers at EAS-TOP
HE 5.1.2 SIVARAM, C. Interactions of the UHE cosmic ray neutrinos with the cosmological neutrino background
HE 5.1.3 PAVLUCHENKO, V.P. Muons of extra energy horizontal EAS in geomagnetic field and nucleonic astronomy
HE 5.1.4 CHINELLATO, J.A. Characterization of the energy spectrum of Nl's form stellar collapses with the LVD detector
HE 5.1.5 MILLER, R.S. A search for radiative neutrino decay from supernovae
HE 5.1.6 WISCHNEWSKI, R. A system to search for supernova bursts with the Amanda detector
HE 5.1.7 LVD COLLABORATION. Analysis of underground events recorded in the lvd experiment at gran sasso, correlated with y-ray bursts
HE 5.1.8 BUGAEV, E. Neutral current interactions of high energy neutrinos with matter of the sun and earth
HE 5.1.9 BUTKEVICH, A.V. Possible parameterization of parton distributions at small-x and neutrino-nucleon total cross-section
HE 5.1.10 DEDENKO, L.G. The calculated rate of cosmogenic isotopes production by cosmic ray muons inside bulk water detectors
HE 5.1.11 LIPARI, P. The neutrino cross section and atmospheric neutrinos
HE 5.1.12 HALZEN, F. Neutrinos from priomordial black holes
HE 5.2.1 BOLLEV, M.M. Measurement of the upward-going muon flux with the baksan underground telescope
HE 5.2.2 SCHNEIDER, E. Measurement of the µ+/µ- ratio as a function of depth in the atmosphere
HE 5.2.3 GAISSER, T.K. An improved calculation of the atmospheric neutrino flux in the GeV range
HE 5.2.4 UCHALKIN, V.V. The mathematical treatment of the passage of neutrinos through the universe with the fractal structure
HE 5.2.5 GAISSER, T.K. Comparison of neutrino flux calculations
HE 5.2.6 BILENKY, S.M. Atmospheric neutrino oscillations in a scheme with mixing between three generations and long baseline experiments
HE 5.2.7 HONDA, M. Calculation of atmospheric neutrino fluxes in the energy range of 1-3000 GeV
HE 5.2.8 HONDA, M. Study of the neutrino oscillation using atmospheric neutrinos
HE 5.2.9 BRATTON, C.B. Preliminary results from IMB3 muon/electron identification tests at KEK
HE 5.2.10 BOLLEV, M.M. Search for astrophysical sources of neutrinos and neutrinos oscillations using the baksan data
HE 5.2.11 FREJUS COLLABORATION. Absolute measurement of the muon and electron neutrino flux with the frejus experiment
HE 5.2.12 MACRO COLLABORATION. Upward-going muons in macro
HE 5.2.13 LVD COLLABORATION. Neutrino-induced single-muon flux measured by LVD at gran sasso
HE 5.2.14 KOLOMEETS, E.V. Variation of the atmospheric neutrino integral fluxes from up and down earth's hemispheres
HE 5.3.1 BELOLAPTIKOV, I.A. The lake Baikal neutrino project: status report
HE 5.3.2 KOKOULIN, R.P. KM3 as a detector of atmospheric muons
HE 5.3.3 BOYER, J. Possible signatures of a large extragalactic proton flux at HiRes
HE 5.3.4 MINORIKAWA, Y. Flux of high-energy neutrino-induced muons from active galactic nuclei
HE 5.3.5 MOCK, P.C. Status and capabilities of Amanda-94
HE 5.3.6 LVD COLLABORATION. Search for neutrinos from collapsing stars with the LVD experiment in gran sasso
HE 5.3.7 DUMAND COLLABORATION. Monte carlo study of dumand three-string array
HE 5.3.8 BELOLAPTIKOV, I.A. Variation of water parameters at the site of the Baikal experiment and their effect on the detector performance
HE 5.3.9 AYNUTDINOV, V.M. Possibility to select neutrino-induced muons in Cherenkov water detector on the earth's surface
HE 5.3.10 PRICE, P.B. Optical properties of south pole ice for neutrino astrophysics
HE 5.3.11 FREJUS COLLABORATION. Search for high energetic muon neutrinos with the frejus detector
HE 5.3.12 BEZRUKOV, L.B. Possibilities of construction and deployment of big underwater neutrino telescope on lake Baikal
HE 5.3.13 BELOLAPTIKOV, I.A. Separation of upward moving muons in the Baikal underwater telescope
HE 5.3.14 YOSHIDA, S. EHE neutrinos from topological defects
HE 5.3.15 DEDENKO, L.G. Acoustic signals produced by ultrahigh energy neutrinos in water
HE 5.3.16 MACRO COLLABORATION. Sensitivity of macro to U.H.E. neutrinos
HE 5.3.17 DUMAND COLLABORATION. Mapping the earth's interior with astrophysical neutrinos
HE 5.3.18 SOUDAN 2 COLLABORATION. Search for AGN v's with the Soudan 2 detector
HE 5.3.19 DUMAND COLLABORATION. Estimated flux limits for UHE neutrinos via acoustical detection techniques
HE 5.3.20 GRAY, L. The design of a neutrino telescope using natural deep ice as a particle detector
HE 5.3.21 ADARKAR, H. Point source search at great underground depth
HE 5.3.22 BHATTACHARYYA, D.P. Energy spectrum of neutrino induced muons in deep underground calculated from the latest primary spectrum
HE 5.3.23 BHATTACHARYYA, D.P. Calculation of muon flux at great depth produced by neutrinos from astronomical sources
HE 5.3.24 BHATTACHARYYA, D.P. Recent production of the highest energy cosmic rays and the puzzies of their origin
HE 5.3.25 NESTOR COLLABORATION. Nestor: a neutrino astroparticle physics laboratory for the Mediterranean. The physics perspective
HE 6.1.1 BELOLAPTIKOV, I.A. Search for magnetic monopoles with the Baikal neutrino telescope
HE 6.1.2 HE, Y.D. Search for dirac magnetic monople production in high energy heavy ion collisions
HE 6.1.3 MACRO COLLABORATION. Search for fast magnetic monopoles with the macro scintillator system
HE 6.1.4 MACRO COLLABORATION. Search for GUT monopoles with the macro streamer tube and track etch system
HE 6.2.1 DIEHI, E. Cosmic ray signals from haio neutralinos
HE 6.2.2 LVD COLLABORATION. Landau energy loss in liquid scintillator and the search for weakly interacting fractionally charged particles with the LVD experiment
HE 6.2.3 BACCI, C. Particle dark matter search with low activity scintillators: an update
HE 6.2.4 MITRA, A. Capture of galactic cold dark matter by the sun
HE 6.2.5 QUENBY, J.J. Nal limits to cold galactic dark matter interaction rates
HE 6.3.1 MORI, K. Possible candidates for cosmic ray anomalous massive particles
HE 6.3.2 ADARKAR, H. Search for neutron antineutron oscillations
HE 6.3.3 JONES, L.W. MINIMAX: a modest collider experiment to search for the centauro phenomenon; disoriented chiral condensates
HE 6.3.4 MIYAMURA, O. Search for long-mean-free-path nuclei with a balloon-borne emulsion chamber
HE 6.3.5 KARLE, A. Search for isotropic gamma radiation between 65 and 200 TeV: constraints on topological defects and galactic dark matter in the form of molecular hydrogen
HE 6.3.6 SALTO, T. Anomalous massive particles in cosmic rays
HE 6.3.7 SLOBODRIAN, R.J. High energy gravitons and prospects for detection
HE 6.3.8 AGLIETTA, M. Experiments of TL-stacks at the mt. blanc laboratory for heavy slowly particles
HE 6.3.9 CAPDEVIELLE, J.N. Flux of hyper-strange matter on supersonic concorde
HE 7.1.1 ALLEN, G.E. The milagro data acquisition system
HE 7.1.2 YODH, G.B. Water Cherenkov detectors for large air showers
HE 7.1.3 NAKAMURA, M. Glass RPCs for giant airshower detectors
HE 7.1.4 GHESQUIRE, C. Study of the punch-through of gamma showers in a muon detector and discrimination against hadron showers
HE 7.1.5 YODH, G.B. Mass resolution of ground based air shower experiments in the 10 to 10000 TeV range
HE 7.1.6 DOLL, P. Streamer tube muon detectors for kascade
HE 7.1.7 BEAMAN, J. The new south pole air shower experiment-spase 2
HE 7.1.8 ALLEN, G.E. The milagro detector
HE 7.1.9 KASCADE COLLABORATION. Status and prospects of the EAS experiment kascade
HE 7.1.10 HEGRA COLLABORATION. Design and performance of the lead-concrete Geiger tower array within the hegra experiment
HE 7.1.11BORATAV, M. The auger project: first results from the orsay prototype station
HE 7.1.12 HEGRA COLLABORATION. A new system of high resolution imaging air Cherenkov telescopes for the hegra experiment
HE 7.1.13 ANDREYEV, YU.M. On the optimal choice of EAS telescope-array in UHE y-ray astronomy
HE 7.1.14 WILD, N. Reflectormeter for fast measurement of mirror reflectivity in the field
HE 7.1.15 BORDER, P. Simulating high energy air showers at Soudan
HE 7.1.16 BERNLOHR, K. Performance of cosmic ray tracking (CRT) detectors
HE 7.1.17 GAO, X.Y. A new underground muon detector on MT. liang wang
HE 7.1.18 AGLIETTA, M. Coordinate detector for horizontal cosmic ray flux investigations
HE 7.1.19 LURUOI, S. The effect of lead screen to scintillation detectors
HE 7.1.20 AUGUSTO, C.R.A. 'Gamma-rays' bundles at the cores of extensive air showers and the primary cosmic ray identification
HE 7.1.21 BIRAL, A.R. Study of particle tracking from eascamp
HE 7.1.22 PORTELLA, H.M. A nucleonic inverse problem
HE 7.2.1 BELOLAPTIKOV, I.A. An sonar triangulation system for position monitoring of the Baikal underwater array
HE 7.2.2 PLAGA, R. On the possible use of the solar power plant cesa-1 field at tabernas as Cerenkov detector
HE 7.2.3 ASKEBJER, P. Remote surveys of Amanda
HE 7.2.4 TILAV, S. Indirect evidence for long absorption lengths in Antarctic ice
HE 7.2.5 KUGA, K. 1-20 KeV ion experiments with TL-sheets
HE 7.2.6 SUPERKAMIOKANDE COLLABORATION. Superkamiokande outer DAQ system
HE 7.2.7 ALVAREZ-MUNIZ, J. Radio detection of high energy showers
HE 7.2.8 HALZEN, F. Using extra-clear Antarctic ice as a supernova detector
HE 7.2.9 MACRO COLLABORATION. Performance of transition radiation detector in Macro
HE 7.2.10 LVD COLLABORATION. Description and operational characteristics of the LVD experiment
HE 7.2.11 ERALANDSON, B. Measurements of the absorption length of the ice at the south pole in the wavelength interval 410 nm to 610 nm
HE 7.2.12 BELOLAPTIKOV, I.A. Response of the NT-36 array to a distant point-like light source
HE 7.2.13 KAKIMOTO, F. A measurement of the fluorescence efficiency of air
HE 7.2.14 BRADBURY, S. A project for a 17m-0 imaging Cerenkov telescope
HE 7.2.15 BAZHUTOV, YU.N. Proposal to search for hypothetic heavy cosmic ray particles
HE 7.2.16 AYNUTDINOV, V.M. Data acquisition system for the Cherenkov water detector on the earth's surface
HE 7.2.17 SASAKI, H. Study on the ELF/VLF noise for the nuclearites search experiment
HE 7.2.18 WADA, T. Measurements with the altazimuthal counter telescope with a magnet spectrometer
HE 7.2.19 AYNUTDINOV, V.M. Reconstruction of events in a water detector with quasispherical modules
HE 7.2.20 AYNUTDINOV, V.M. NEVOD - neutrino water detector on the earth's surface
HE 7.2.21 NESTOR COLLABORATION. Present status of the nestor project
Volume 2: Contributed papers and author index - OG Sessions
OG 1.1.1 GROVE, J.E. Osse observations spectra of x-ray pulsars
OG 1.1.2 HURLEY, K. Searching for the third soft gamma repeater, SGR1900+14
OG 1.1.3 LU, Z. Hard x-ray observation of CYG X-1
OG 1.1.4 PIRO, L. Soft x-ray excess in seyfert galaxies
OG 1.2.1 REYNOLDS, S.P. X-ray synchrotron emission from supernova-remnant shocks: constraints on shock-acceleration microphysics
OG 1.2.2 MASTICHIADIS, A. Non-thermal emission from supernova remnants
OG 1.2.3 MATT, G. Is the galactic centre an obscured acttive galactic nucleus?
OG 1.2.4 WANG, J.M. A model for x-ray and gamma-ray emissions from AGNs
OG 1.2.5 MASTICHLADIS, A. Feedback mechanisms in AGN
OG 1.3.1 PIRO, L. The sax mission for wide band x-ray astronomy
OG 1.3.2 FRONTERA, F. Performance of the SAX/PDS high energy x-ray telescope
OG 1.3.3 CHERRY, M.L. A new balloon-borne detector for high angular resolution hard x-ray astronomy
OG 1.3.4 TUMER, T.O. X-ray monitor for all sky (XMAS) mission
OG 2.1.1 BHAT, P.N. Morphological studies of short gamma ray bursts
OG 2.1.2 CONNORS, A. A roast look for the source of KeV emission following GRB 780506
OG 2.1.3 KIPPEN, R.M. COMPTEL locations and spectra of y-ray bursts
OG 2.1.4 TKACZYK, W. The correlation between spatial distributions of GRBs and EAS super high energy
OG 2.1.5 BELLI, B.M. LogN-logP and space distribution of GRBs
OG 2.1.6 AGLIETTA, M. Search for low energy v and v in coincidence with batse gamma ray bursts
OG 2.1.7 HURLEY, K. VHE gamma ray astronomy and gamma ray bursts
OG 2.1.8 The luminosity function of gamma-ray bursts
OG 2.1.9 Likelihood methods and classical burster repetition
OG 2.2.1 CHADWICK, P.M. A burst of pulsed VHE y-rays from AE aquaria
OG 2.2.2 AMENOMORI, M. Search for 10TeV y-ray bursts with the Tibet air shower array
OG 2.2.3 CONNAUGHTON, V. Searches for TeV y-rays in classical gamma-ray bursts
OG 2.2.4 PADILLA, L. Search for short time emission in the UHE range above 20 TeV with the hegra detector
OG 2.2.5 FUNK, B. Search for TeV-gamma rays from evaporating primordial black holes
OG 2.2.6 KRAWCZYNSKI, H. Search for TeV counterparts of 1994 and 1995 BATSE y-rays bursts
OG 2.2.7 AMENOMORI, M. Search for 10 TeV gamma bursts from evaporating primordial black holes with the Tibet air shower array
OG 2.2.8 BORLONE, A. Search for an ultra high energy component of gamma-ray bursts
OG 2.2.9 EDWARDS, P.G. A search for TeV and PeV gamma ray bursts
OG 2.2.10 ALLEN, G.E. Search for ultra-high-energy radiation from gamma-ray bursts
OG 2.2.11 BHAT, P.N. Search for UHE gamma ray counter-parts of GRB's
OG 2.2.12 EAS-TOP COLLABORATION. Search for gamma rays bursts of energy Ey> 10 GeV and Ey > 100 TeV
OG 2.2.13 THE TIBET ASY COLLABORATION. Search for 10 TeV burst-like events coincident with the batse bursts using the Tibet air shower array
OG 2.2.14 ALLEN, G.E. Searching for gamma-ray bursts with water-cherenkov-detector single-particle rates
OG 2.2.15 GRESS, J. A search for correlations between gamma ray bursts and secondary cosmic ray muons
OG 2.3.1 CHAN, H.Y. Origin of time structure in gamma ray bursts
OG 2.3.2 COLGATE, S.A. Y-ray bursts from planetoid accretion onto fast galactic neutron stars
OG 2.3.3 FARGION, D. Gamma jets by precessing neutron star jets in galactic bynary systems, GRBs, superluminal motion and the twin rings around SN1987A
OG 2.3.4 POIRIER, J. On the origin of gamma-ray bursts
OG 2.3.5 SIVARAM, C. Merger models of gamma-ray bursts: a comparison
OG 2.3.6 STEINER, J.E. Gamma-ray burst and the leftovers of star bursts in active galactic nuclei
OG 3.1.1 COLLMAR, W. Search for MeV emission from the x-ray binary cyg x-3
OG 3.1.2 DE JAGER, O.C. Osse and egref observations of the crab and vela supernova remnants
OG 3.1.3 GRENIER, I.A. Diffuse y-ray emission in the outer galaxy from the cepheus flare and the perseus arm
OG 3.1.4 EGRET COLLABORATION. Egret observations of the galactic plane diffuse radiation and implications for the cosmic ray electron to proton ratio
OG 3.1.5 KNODLSEDER, J. 1.8 Mev emission from the carina region
OG 3.1.6 MERCK, M. Search in the egret 50 MeV-30 GeV data for emission from previously claimed VHE sources
OG 3.1.7 MERCK, M. Emission of high energy gamma rays from six pulsars
OG 3.1.8 MASSARO, E. Structure and variability of the crab pulsar light curve in the X and y-ray bands
OG 3.1.9 O'FLAHERTY, K.S. Comptel observations of millisecond pulsars
OG 3.1.10 OBERLACK, U. Comptel limits on 1.8 MeV gamma-ray line emission from the orion region
OG 3.1.11 PURCELL, W.R. Diffuse galactic gamma-ray emission
OG 3.1.12 POLCARO, V.F. Identification of the CGRO source J2021+37 with the open cluster Berkeley 87
OG 31.13 SKIBO, J.G. Implications of the OSSE and comptel observations of the diffuse galactic gamma ray continuum
OG 3.1.14 CONNORS, A. Application of a Bayesian method to comptel pulsar data
OG 3.1.15 KOH, T. A search for radio-quiet gamma-ray pulsars in the egret archive
OG 3.2.1 KAPPADATH, S.C. The preliminary cosmic diffuse y-ray spectrum from 800 KeV to 30 MeV measured with comptel
OG 3.2.2 STRONG, A.W. The spectrum of diffuse galactic continuum gamma rays measured by comptel
OG 3.2.3 URYSON, A.V. Possible break in the spectrum of the diffuse gamma ray emission at the energy E>100 GeV
OG 3.2.4 SMITH, N. Multiwavelength observations of the blazer PKSO521-365
OG 3.2.5 PHOL, M. Radio observations of the y-ray quasar 0528+134
OG 3.2.6 FATEMI, J. An attempt to detect a y-ray halo around the virgo cluster
OG 3.3.1 COWSIK, R. Implications of y-ray lines observed from the orion complex. II
OG 3.3.2 ERLYKIN, A.D. Gamma-rays from the orion star-forming complex
OG 3.3.3 FENYVES, E.J. Simulation of the annihilation spectrum of a massive black hole in the galactic center
OG 3.3.4 BARDOLOI, I. Probable gamma-ray line spectrum from an accreting neutron star
OG 3.3.5 POHL, M. Annihilation lines from galactic BH candidates
OG 3.3.6 BARING, M.W. Photon splitting in neutron star magnetospheres
OG 3.3.7 DOGIEL, V.A. Soft diffuse galactic y-ray continuum generated by CR electrons
OG 3.3.8 BEDNAREK, W. The injection rate of e+ pairs by relativistic nuclei in magnetospheres of young pulsars
OG 3.3.9 DERMER, C.D. Multiwavelength th spectral modeling of blazars
OG 3.3.10 BOTTCHER, M. Pair annihilation radiation from relativistic jets in y-ray blazars
OG 3.3.11 CHI, X. The supertuminal factor of gamma ray blazars
OG 3.3.12 BEDNAREK, W. Production of gamma-rays in blazars by electrons accelerated in the jet
OG 3.3.13 MILLER, R.S. The extragalactic diffuse y-ray emission and radiative neutrino dacy
OG 3.3.14 WOLFENDALE, A.W. Origin of the high energy extragalactic y-ray background
OG 3.3.15 STEPHENS, S.A. Signature of baryon symmetric universe and lifetime of antiprotons
OG 3.3.16 DAMON, P.E. High energy gamma rays from SN 1006 AD
OG 4.1.1 THEMISTOCLE COLLABORATION. The crab gamma ray spectrum over 2 TeV
OG 4.1.2 HEGRA COLLABORATION. Observations of the crab nebula with the second hegra Cherenkov telescope
OG 4.1.3 GILLANDERS, G.H. Search for emission of periodic TeV gamma rays from the crab nebula and geminga
OG 4.1.4 PATTERSON, J.R. Observations of crab at low elevation using the pulse shape technique
OG 4.1.5 The search for gamma cosmic rays from crab direction for TeV energies
OG 4.1.6 SINTSYNA, V.G. High energy gamma-ray from crab nebula and markarian 421 from the wide angle mirror Cerenkov telescope shalon at the mountain altitudes experiment shalon-alatoo
OG 4.1.7 CHALENKO, N.N. The location of the VHE gamma-ray radiation regions in the crab nebula
OG 4.1.8 AGLIETTA, M. VHE observations of the crab nebula from the Cherenkov array of EAS-TOP
OG 4.1.9 AMENOMORI, M. Search for steady emission of 10 TeV gamma rays from the crab nebula and markarian 421 using the Tibet air shower array
OG 4.1.10 BORIONE, A. A search for ultrahigh energy gamma-ray emission from the crab nebula
OG 4.1.11 HEGRA COLLABORATION. Search for the crab nebula and Mrk 421 with an improved sensitivity and a lower energy threshold of the hegra arrays
OG 4.1.12 AHARONIAN, F.A. On the gamma-ray emission mechanisms in the crab nebula
OG 4.1.13 Y to cosmic rays flux ratio from crab nebula in the energy range 1 - 103 Tev
OG 4.2.1 QUINN, J. Upper limits on TeV gamma-ray emission from egret-detected GeV gamma-ray sources
OG 4.2.2 ATOYAN, A.M. On the flaring activity of AE aquaria in the radio, optical, and VHE gamma-rays
OG 4.2.3 CHADWICK, P.M. Recent observations of vela x-1 made with the university of durham mark 3A VHE y-ray telescope
OG 4.2.4 LANG, M. A search for TeV emission from AR aquarii
OG 4.2.5 BRADBURY, S.M. A search for VHE emission AE aquarii
OG 4.2.6 NESHPOR, YU.I. A new VHE gamma-ray source in the Cygnus constellation
OG 4.2.7 ALEKSEEV, I.YU. The detection of the VHE gamma-ray burst in the vicinity of the red dwart star EV Lac
OG 4.2.8 KIFUNE, T. Observations of pulsars near 1 Tev by the cangaroo project
OG 4.2.9 YOSHIDA, T. Unpulsed high energy gamma-rays from a plerionic nebula
OG 4.2.10 ALLEN, G.E. Source searches using the Cygnus water-cerenkov array
OG 4.2.11 PROSCH, C. Search for y radiation above 20 TeV from supernova remnants in our galaxy
OG 4.2.12 WILLMER, M. Search for cosmic point sources of high energy gamma radiation above 40 TeV
OG 4.2.13 BLAKE, P.R. Search for UHE y-ray emission from discrete sources
OG 4.2.14 CLAY, R.W. Search for UHE emission from the x-ray nova GRO J1655-40
OG 4.2.15 AGLIETTA, M. UHE y-ray astronomy with EAS-TOP
OG 4.2.16 GUPTA, S.K. Study of UHE gamma ray sources with the grapes II array at Ooty
OG 4.2.17 MURAKI, Y. Search for ultra-high energy photons from Cygnus x-3
OG 4.2.18 BORIONE, A. A search for ultra high energy gamma-ray emission from Cygnus x-3 and Hercules x-1
OG 4.2.19 BEAMANS, J. Search for points sources of Uhe gamma rays in 1993-1994 with the south pole air shower detector
OG 4.2.20 BORIONE, A. A search for compact sources of UHE neutral radiation
OG 4.2.21 BORIONE, A. Search for ultra high energy gamma rays from supernova remnants
OG 4.2.22 ALLEN, G.E. Search for UHE emission from supernova remnants
OG 4.2.23 ALLEN, W.H. Search for 100 TeV gamma rays from southem supernova remnants with the janzos array
OG 4.2.24 TAKAHASHI, Y. High energy gamma rays above 3 TeV observed by balloon-borne jacee emulsion chambers
OG 4.2.25 YULDASSHBAEV, T.S. A study of the diffuse gamma radiation in the energy region Ey=3.1014-3.1015eV
OG 4.2.26 AGLIETTA, M. On the rate of UHE y-ray primaries
OG 4.2.27 BORIONE, A. A search for diffuse sources of ultra high energy gamma-rays
OG 4.2.28 JOHNSON, P.A. Loss processes in the accretion column accelerator of Hercules x-1
OG 4.2.29 PROSCH, C. Search for y radiation from the SNR G78.2+2.1: A test of the SNR theory of cosmic ray origin
OG 4.2.30 LESSARD, R.W. Observations of TeV gamma rays from supernova remnants
OG 4.2.31 MORALEJO, A. An improved search for gamma radiation from cosmic point sources using a y/hadron separation procedure on the airobicc 92/93 data
OG 4.2.32 RAUBENHEIMER, B.C. The source of TeV gamma-rays in Cen x-3
OG 4.2.33 MORI, M. Observation of 2CG006-00/CGRO J1758-23 at TeV energies
OG 4.3.1 LAMB, R.C. Observations of markarian 421 by the whipple observatory collaboration
OG 4.3.2 PETRY, D. A search for high energy y-radiation from Mkn 421 using the imaging Cherenkov telescopes of the hegra collaboration
OG 4.3.3 PROTHEROE, R.J. The high energy gamma ray spectrum of Mrk421
OG 4.3.4 BORIONE, A. A search for ultra-high energy gamma rays from active galactic nuclei with CASA-MIA
OG 4.3.5 BILLER, S.D. An upper limit to the IR background from observation of TeV gamma-rays
OG 4.3.6 AHARONIAN, F. Pair halos around nonthermal extragalactic sources. Possible cosmological probes
OG 4.3.7 BILLER, S.D. Implications of modified AGN spectra due to absorption by infrared photons
OG 4.3.8 BOTTCHER, M. Reverberation mapping of central regions of AGN using high-energy y-ray observations
OG 4.3.9 JOHNSON, P.A. Proton interactions in AGN jets
OG 4.3.10 PROTHEROE, R.J. Gamma-ray production in astrophysical jets
OG 4.3.11 DE JAGER, O.C. The expected flux of TeV photons from plerions
OG 4.3.12 ENTEL, M.B. Inverse problem approach to gamma ray propagation
OG 4.3.13 LEE, S. Propagation of ultra high energy photons through the intergalactic medium
OG 4.3.14 KIFUNE, T. Observation of AGN at TeV energies by project cangaroo
OG 4.4.1 CHANTELL, M. Gamma-ray observations in moonlight with the whipple atmospheric Cherenkov hybrid camera
OG 4.4.2 THEMISTOCLE COLLABORATION. Methods to reconstruct the energy of gamma ray atmospheric showers in the themistocle experiment
OG 4.4.3 KAUL, R.K. Multi-spectral band observations on gamma-ray sources
OG 4.4.4 KONOPELKO, A.K. Ability of cosmic ray rejection based on simultaneous registration of the integral Cherenkov light intensities from air showers by multitelescope system used in VHE y-ray
OG 4.4.5 CHANTELL, M.C. The use of a UV camera in the atmospheric Cerenkov technique
OG 4.4.6 Images at atmospheric Cherenkov light showers for TeV energies
OG 5.1.1 BHATTACHARYYA, D.P. Relative elemental abundances of Ne to Ni in the primary cosmic rays over alice springs and the predicted source spectrum
OG 5.1.2 DOMINGO, C. Some preliminary results of the ultra heavy cosmic ray elemental abundances measured on the ultra heavy cosmic ray experiment (UHCRE)
OG 5.1.3 LUKASIAK, A. Voyager measurements of the isotopic composition of Sc, Ti, V, Cr, Mn and Fe nuclei
OG 5.1.4 TYLKA, A.J. Status report on HIIS observations of ultraheavy galactic cosmic rays
OG 5.1.5 WESTPHAL, A.J. The ultraheavy composition detector of the trek experiment
OG 5.1.6 EVENSON, P. The energy dependence of lithium to carbon abundance ratio in galactic cosmic rays
OG 5.1.7 DU VERNOIS, M.A. Ulysses high energy telescope Elemental measurements: secondary to primary ratios of galactic cosmic rays
OG 5.1.8 THOMPSON, A. Further results from the LDEF ultra heavy cosmic ray experiment
OG 5.1.9 VAHIA, M.N. Ratio of sub-iron to iron abundances of low energy galactic cosmic rays
OG 5.2.1 BOGOMOLOV, E.A. The deuterium cosmic ray intensity from ballon measurement in energy range 0.8-1.8 GeV/nucl.
OG 5.2.2 CONNELL, J.J. The Ulysses cosmic ray isotope experiment: isotopic abundances of Fe and Ni from high resolution measurements
OG 5.2.3 LESKE, R.A. The isotopic composition of anomalous and galactic cosmic rays from sampex
OG 5.2.4 O'NEIL, P.M. Helium-3 local interstellar spectra derived by demodulating measured spectra
OG 5.2.5 DAVIS, A.J. Cosmic ray hydrogen isotopes from 0.2 to 3.0 GeV/nucleon
OG 5.2.6 REIMER, O. The cosmic ray 3He/4He ratio from 0.2 to 3.6 GeV/nucleon
OG 5.2.7 DAVIS, A.J. Interpretation of the helium isotope ratios measured by IMAX
OG 5.2.8 SEO, E.S. Cosmic ray H and He isotopes in the outer heliosphere in 1994
OG 5.2.9 WEFEL, J.P. Measurements of cosmic ray helium during the 1991 solar maximum
OG 5.2.10 WEFEL, J.P. The atmospheric background of protons and deuterons measured at 5 g/cm2
OG 5.2.11 WESTPHAL, A.J. Isotopic composition of iron-group elements from the trek experiment
OG 5.3.1 DOI, T. Sanriku balloon experiment for cosmic heavy primary observation
OG 5.3.2 ADAMS JR., J.H. The galactic cosmic ray all-particles spectrum, preliminary results from the TIC experiment
OG 5.3.3 SEO, E.S. Measurement of cosmic ray H and He spectra in a balloon borne experiment with a superconducting solenoid spectrometer
OG 5.3.4 SWORDY, S.P. The relative fluxes of protons and helium nuclei up to 100 GeV/n
OG 5.3.5 WIEBEL-SOOTH, B. Cosmic ray individual element spectra: prediction and data
OG 5.3.6 APANASENKO, A.V. To the problem on the primary nucleon spectrum
OG 6.1.1 EAS-TOP COLLABORATION
OG 6.1.2 BERNIOHR, K. Muons in extensive air showers and the cosmic-ray composition near the knee
OG 6.1.3 DAI, H.Y. Re-examination on primary cosmic ray composition above 1017 eV
OG 6.1.4 BORIONE, A. Composition studies with the casa-mia detector
OG 6.1.5 KAKIMOTO, F. Chemical composition of primary cosmic rays with energies above 100 TeV observed at mt. chacaltaya
OG 6.1.6 KEMPA, J. Primary mass composition around the 'knee' in the primary spectrum
OG 6.1.7 DOI, T. Composition of cosmic rays between 1016.5 and 1019.0 eV observed at akeno
OG 6.1.8 MACRO COLLABORATION. Estimate of the primary cosmic ray composition from a multi-parametric fit of macro multimuon events
OG 6.1.9 PLAGA, R. A study of the coarse chemical composition of cosmic radiation between 300 and 1000 TeV
OG 6.1.10 SWORDY, S.P. Expectations for cosmic ray composition changes in the region 10**14 to 10**16 eV
OG 6.1.11 TONWAR, S.C. Study of primary cosmic ray composition at 10**14 - 10**15 eV: results from grapes II array at Ooty
OG 6.1.12 ITO, N. Study of primary cosmic ray composition at 10**13.10**14 eV with the GRAPES III array at Ooty
OG 6.1.13 YOSHII, H. Composition and energy spectrum of cosmic rays above 30 TeV
OG 6.1.14 ASAKIMORI, K. Energy spectra and elemental composition of nuclei above 100 TeV from a series of the JACEE balloon flight
OG 6.1.15 EAS-TOP and MACRO COLLABORATION. Study of the primary cosmic ray composition in the PeV region with EAS-TOP and macro
OG 6.1.16 BORDER, P. Underground-surface coincidences at Soudan
OG 6.1.17 BIRD, D.J. Cosmic rays shower maximum in the 0.01 to 1 EeV region - results from HIRes/FE2 coincident data
OG 6.1.18 BAKATANOV, V.N. On the chemical composition of primary cosmic rays in the energy region E0 = (40-100) TeV/n (BAKSAN experiment)
OG 6.2.1 BRYANSKI, S.V. The energy spectrum of primary cosmic rays by the data of tunka Cherenkov array
OG 6.2.2 CHERRY, M.L. Cosmic ray proton and helium spectra - combined jacee results
OG 6.2.3 EAS-TOP COLLABORATION. A measurement of the EAS differential size spectrum for 105 < Ne < 107 and of the absorption of EAS in the atmosphere
OG 6.2.4 AMENOMORI, M. Primary cosmic rays at the "knee" energy region observed with the Tibet air shower array
OG 6.2.5 DOI, T. The cosmic ray energy spectrum above 1x1019 eV determined by AGASA
OG 6.2.6 BORIONE, A. The energy spectrum of cosmic rays with the casa-mia air shower array
OG 6.2.7 NESTEROVA, N.M. The primary cosmic ray spectrum at 2x1013 eV and its peculiarity above 1018 eV according to tien-shan data
OG 6.2.8 OLSON, E.D. Results from an antarctic balloon flight
OG 6.2.9 AFANASIEV, B.N. The primary spectrum of cosmic rays of energy above 1018 eV by the Yakutsk EAS array data
OG 6.2.10 BIRD, D.J. Multi-component observations of 1017 eV EAS with the casa-mia and HiRes detectors
OG 6.2.11 DOI, T. Characteristics of giant air showers of energies around 50 EeV observed by agasa
OG 6.2.12 MILLER, T.C. SPASE - AMANDA coincidences at the south pole
OG 6.2.13 KHRISTIANSEN, G.B. The energy spectrum and the mass composition of the primary cosmic rays around the knee
OG 6.2.14 ANTONOV, R.A. Energy spectrum of primary cosmic rays at energies 100-200 TeV measured with thian shan atmospheric Cerenkov telescope (TACT)
OG 6.3.1 CHIKAWA, M. The arrival direction of EAS above 1017 eV determined with kinki array at sea level
OG 6.3.2 SMITH, A.G.K. Galactic anisotropy above 1 EeV
OG 6.3.3 BORIONE, A. Casa-mia observation of sun and moon shadows
OG 6.3.4 MARTINIC, N.J. EAS-sideral anisotropies as seen by power spectrum techniques
OG 6.3.5 AFANASIEV, B.N. The arrival directions of ultrahigh energy cosmic rays
OG 6.3.6 AGLIETTA, M. Study of the cosmic ray anisotropy at Eo~100 TeV from EAS-TOP: 1992-1994
OG 6.3.7 DOI, T. Point source search for cosmic rays above 3x1017 eV by AGASA
OG 6.3.8 CHIKAWA, M. Point-source searches above 1019eV using the haverah park database
OG 6.3.9 BIEMANN, P.L. The origin of the highest energy cosmic rays and the large scale structure of the universe
Volume 3: Contributed papers and author index - OG Sessions
OG 7.1.1 BASINI, G. Measurement of electron and positron energy differential fluxes with MASS2 apparatus
OG 7.1.2 CLEM, J.M. Flux of cosmic ray negatrons at 1.5 Gev
OG 7.1.3 AVERSA, F. Observations of cosmic ray positrons during the 1993 flight of the NMSU/Wizard - TS93 balloon-borne apparatus
OG 7.1.4 MULLER, D. The cosmic positron: implications of a new measurement
OG 7.1.5 TARLE, G. A new measurement of the positron fraction at high energies
OG 7.2.1 ATOYAN, A.M. Energy-dependent propagation of high energy electrons
OG 7.2.2 CHI, X. The origin of cosmic ray positrons
OG 7.2.3 NISHMURA, J. Astrophysical significance of the confinement time of primary electrons in the galaxy
OG 7.2.4 OSBORNE, J.L. The thermal and nonthermal radio emission in the galactic disk and cosmic ray electron origin
OG 7.2.5 KNELLER, M. Demodulation of the interstellar positron/electron ratio in galactic cosmic rays
OG 7.2.6 SILBERBERG, R. A distributed acceleration model fitting simultaneously electrons and heavy ions
OG 7.2.7 WIEBEL-SOOTH, B. Cosmic ray electron spectra: prediction and data
OG 7.2.8 STRONG, A.W. Propagation models for Cr nucleons and electrons and predictions of the galactic gamma-ray spectrum
OG 7.2.9 SKIBO, J.G. Low energy cosmic ray electrons: acceleration by weak shocks?
OG 7.2.10 PTUSKIN, V.S. Expected anisotropy of very high energy electrons
OG 7.3.1 HOF, M. Cosmic ray antiproton measurements in the 4-19 GeV energy using the NMSU/Wizard-matter antimatter superconducting spectrometer 2 (MASS2)
OG 7.3.2 LABRADOR, A.W. Cosmic ray antiproton observations from 0.2 to -3.2 GeV
OG 7.3.3 LABRADOR, A.W. Interpretation of the low-energy cosmic ray antiproton/proton ratio
OG 7.3.4 MITCHELL, J.W. Cosmic ray antiproton observations by the isotope matter-antimatter experiment: 0.2 to 3.2 GeV
OG 7.3.5 ORITO, S. Observation of antiprotons at low energies by BESS detector
OG 7.3.6 BARBIELLINI, G. P(-) and e+ identification capabilities of caprice
OG 7.3.7 AMENOMORI, M. Antiproton proton ratio at 1013 eV inferred from the superposition of sun shadows using the Tibet air shower
OG 7.3.8 BRUNETTI, M.T. Calculation of the charged pion albedo from the moon regolith induced by cosmic antiprotons
OG 7.3.9 ORMES, J.F. A search for cosmic ray antihelium with BESS
OG 7.3.10 STEPHENS, S.A. Partial lifetimes of antiprotons from diffuse radiation
OG 8.1.1 CODINO, A. Simulation code for the propagation of cosmic rays in the milky way
OG 8.1.2 DOI, T. Propagations of cosmic rays in the galaxy
OG 8.1.3 PTUSKIN, V.S. On using the weighted slab approximation in studying cosmic-ray transport
OG 8.1.4 KLEPACH, E.G. Cosmic ray perpendicular diffusion: approach based on the ito equation
OG 8.1.5 KO, C.M. Hydrodynamic approach to cosmic ray propagation
OG 8.1.6 POHL, M. A 3D-model for the propagation of cosmic rays
OG 8.1.7 THAYER, M.R. Galactic cosmic ray propagation at low energies: the interstellar medium and partial cross sections
OG 8.1.8 PTUSKIN, V.S. Diffusion of cosmic rays in strongly inhomogeneous magnetic field
OG 8.1.9 PTUSKIN, V.S. Decaying cosmic ray nuclei as a probe of the local interstellar medium
OG 8.1.10 POCHEPKIN, D.N. Transport of ultra-high energy cosmic rays in galactic magnetic fields
OG 8.1.11 JANSEN, F. The interpretation of ultra heavy cosmic ray data by the halo diffusion model
OG 8.1.12 FONT, J. Setting up a calculation method based on the leaky box model for ultra heavy cosmic ray propagation
OG 8.1.13 SOUTOUL, A. Isotopes decaying by k-capture as a probe of reacceleration-deceleration of low energy cosmic rays
OG 8.1.14 FATERMI, J. The anisotropy of low energy cosmic rays and properties of the local interstellar medium
OG 8.1.15 ZIELINSKA, M. On the anisotropy of the highest energy cosmic rays from the galactic centre
OG 8.1.16 CHAN, K.W. Cosmic-ray modified shocks with injection
OG 8.1.17 SIMON, M. Production of galactic antiprotons under diffusive reacceleration
OG 8.2.1 ISBERT, J. Oxygen fragmentation cross sections
OG 8.2.2 HOLYNSKI, R. Fragmentation of 10.6 GeV/nucleon gold nuclei on a hydrogen target
OG 8.2.3 CASSAGNOU, Y. Measurements of fragmentation cross sections with heavy ion beams below 1 GeV/nucleon
OG 8.2.4 BARDAYAN, D.W. Radioisotope yields from 1.85-GeV protons on Mo and 1.85 - and 5.0-GeV protons on Te
OG 8.2.5 CHEN, C.X. Systematics of new isotopic production cross sections from neon projectiles
OG 8.2.6 DOLL, P. Charge-changing cross sections near the ? - Isobar resonance
OG 8.2.7 GARRARD, T.L. Nuclear interaction cross sections for ultraheavy nuclei
OG 8.2.8 GUZIK, T.G. The study of galactic cosmic ray CNO source abundances using new isotope cross sections
OG 8.2.9 SOUTOUL, A. Abundance of the low energy isotopes of carbon nitrogen and oxygen at the cosmic ray source
OG 8.2.10 USTINOVA, G.K. Accelerated particle spectrum during the solar system formation
OG 8.2.11 ADAMOVICH, M.I. Peculiarities of characteristics of interaction of relativistic nuclei with nuclei Ag. Br.
OG 8.2.12 THOMPSON, A. Early results from the investigation of nuclear fragmentation of relativistic ultra heavy cosmic ray nuclei in the Dublin-estec experiment
OG 9.1.1 AXFORD, W.I. Time-dependent shock acceleration
OG 9.1.2 DRURY, L.O.C. Diffusive shock acceleration in dense and incompletely ionized media
OG 9.1.3 DENDY, R.O. Compound diffusion and particle acceleration at shocks
OG 9.1.4 ELLISON, D.C. The influence of particle scattering on acceleration rates and injection efficiencies in oblique shocks
OG 9.1.5 BARING, M.G. Spectral comparison of monte carlo simulations of particle acceleration with Ulysses observations of nearby interplanetary shocks
OG 9.1.6 DENDY, R.O. Nonlinear plasma effects in cosmic ray shock precursors
OG 9.1.7 BENNETT, L. Limits on the time variability of ion injection in quasi-parallel shocks
OG 9.1.8 BYKOV, A.M. Nonthermal electron injection by collisionless shock waves
OG 9.1.9 JONES, T.W. Diffusive particle acceleration in oblique shocks: comparison of numerical results with observations
OG 9.1.10 GILLER, M. Cosmic ray acceleration by pulsar wind
OG 9.1.11 HOSHINO, M. Particle acceleration of relativistic shock waves in electron-ion plasmas
OG 9.1.12 OSTROWSKI, M. Cosmic ray acceleration time scale at relativistic shock waves
OG 9.1.13 QUENBY, J.J. Relativistic shock acceleration speed-up: allowance for non-linear effects
OG 9.1.14 NAITO, T. Monte carlo simulation of diffusive particle acceleration in oblique shock waves
OG 9.1.15 MALKOV, M.A. Renormalized two-fluid hydrodynamics of cosmic ray modified shocks
OG 9.1.16 MALKOV, M.A. Electrostatic shocks driven by accelerated electrons
OG 9.1.17 MALKOV, M.A. Injection of thermal particles at parallel shocks
OG 9.1.18 MCCLEMENTS, K.G. The excitation of iron cyclotron harmonic waves in cosmic ray shock precursors
OG 9.1.19 NAITO, T. The spectral index of accelerated particles in oblique shock waves
OG 9.1.20 BARING, M.G. Test particle energy gains at oblique shocks using the adiabatic approximation
OG 9.1.21 The cosmic ray spectrum and irregularities of galactic magnetic field
OG 9.1.22 OSTROWSKI, M. Cosmic ray diffusive acceleration at shock waves with finite upstream and downstream escape boundaries
OG 9.2.1 KATZ, M.N. Cosmic ray propagation in turbulent media with non-zero helicity of random velocity field
OG 9.2.2 OSTROWSKI, M. Simulations of cosmic ray cross field diffusion
OG 9.2.3 PROTHEROE, R.J. Propagation of UHE protons over cosmological distances
OG 9.2.4 WEBB, G.M. Wave-wave interactions in two fluid cosmic ray hydrodynamics
OG 9.2.5 SPANGIER, S.R. The turbulence environment of stellar superbubbles and the implications for Fermi acceleration
OG 9.2.6 WEBB, G.M. Conservation laws and similarity solutions in two fluid cosmic ray hydrodynamics
OG 9.2.7 WEBB, G.M. Short wavelength vorticity and contact models in two fluid cosmic ray hydrodynamics
OG 9.3.1 LAGUTIN, A.A. Anisotropy of the cosmic rays in model with randomly distributed discrete galactic sources
OG 9.3.2 KANG, H. Cluster accretion shocks as possible acceleration sites for ultra high energy protons below the greisens cutoff
OG 9.3.3 BYKOV, A.M. Spectrum of ultra-high energy cosmic rays acceleration in superbubbles
OG 9.3.4 COLGATE, S.A. The coherent acceleration of ultra high energy cosmic rays and the galactic dynamo
OG 9.3.5 GINZBURG, V.L. On galactic and metagalactic cosmic rays
OG 9.3.6 SHOJI DAKE. Origin of cosmic rays at energies above 100 Tev
OG 9.3.7 SIVARAM, C. Acceleration of highest energy (>10**20 eV) cosmic rays by superconducting cosmic strings
OG 9.3.8 SIGL, G. Possible astrophysical sources for the highest energy cosmic rays
OG 9.3.9 WDOWCZYK, J. Can the highest energy cosmic rays also be of galactic origin?
OG 9.3.10 VIETRI, M. On the acceleration of UHECRs in gamma ray bursts
OG 9.3.11 THIELHEIM, K.O. High energies particles from the surface of a rotating cosmic magnet
OG 9.4.1 BEREZHKO, E.G. Maximum energy of CR accelerated by supernova shocks
OG 9.4.2 JOHNSON, P.A. On the cosmic-ray flux inside the geminga supernova remnant
OG 9.4.3 BEREZHKO, E.G. Cosmic rays and gamma rays in supernova remnants
OG 9.5.1 BINNS, W.R. Preferential acceleration and the origin of R-process nuclei
OG 9.5.2 BARDOLOI, I. CNOF isotopic abundances during thermonuclear gamma-ray bursts: a probable source of cosmic radiation
OG 9.5.3 BEREZHKO, E.G. Chemical composition of cosmic rays accelerated in supernova remnants
OG 9.5.4 SAKURAI, K. Ultra heavy nuclei in the source composition of cosmic rays
OG 10.1.1 BHAT, C.L. Neural-net approach for event-direction reconstruction in y-ray astronomy
OG 10.1.2 BHAT, C.L. Lowering threshold energy of y-ray telescopes - a new strategy
OG 10.1.3 PALING, S. An experiment to detect correlations between Cerenkov and muon lateral distributions in EAS
OG 10.1.4 BILLER, S.D. Calibration techniques for air-cherenkov telescopes
OG 10.1.5 CHADWICK, P.M. The university of durham mark 6 low energy threshoid gamma-ray telescope
OG 10.1.6 CHADWICK, P.M. Enhancement of very high energy y-ray signals using the university of durham mark 3A and 5A telescopes
OG 10.1.7 BHAT, C.L. Mystique - a large-area, wide-angled atmospheric Cerenkov telescope
OG 10.1.8 SEMBROSKI, G.H. Very high resolution whipple gamma ray camera
OG 10.1.9 MIRZOYAN, R. A CCD-based atmospheric imaging detector for SHE - UHE - EHE astroparticle physics
OG 10.1.10 DEGRANGE, B. Gamma-ray selection and energy measurement with the CAT imaging telescope
OG 10.1.11 ELLITHORPE, D.E. A new ring imaging Cherenkov telescope for measurements of light cosmic ray nuclei
OG 10.1.12 BOOTHBY, K. A dual imaging Cerenkov experiment (DICE) for examining primary composition near the knee of the all particle spectrum
OG 10.1.13 HILLAS, A.M. The CERES experiment (CERenkov energy spectrum)
OG 10.1.14 HRISTOV, L.L. Time characteristics of Cerenkov telescopes "hotovo"
OG 10.1.15 PARE, E. Exploitation of the themis solar plant for gamma astronomy at 20 GeV
OG 10.1.16 RAUTERBERG, G. A new 127 pixel camera for Cherenkov telescopes of the HEGRA array on la palma
OG 10.1.17 ROSE, H.J. Cherenkov telescope calibration using muon ring images
OG 10.1.18 ESCHSTRUTH, P. Parameter optimization and calculated performance for the THEMISTOCLE multi-mirror Cerenkov technique
OG 10.1.19 AURIEMMA, G. The high resolution fast imaging device of the G.A.M.T. experiment
OG 10.1.20 THORNTON, G.J. Cangaroo stereo observations of TeV gamma ray sources
OG 10.1.21 ONG, R.A. Central receiver Cherenkov array: on-site test results at solar two
OG 10.1.22 BORDER, P. A Cherenkov array at Soudan
OG 10.2.1 BADRAN, H.M. Sensitivity of extensive air shower array to gamma ray flux
OG 10.2.2 BOYER, J. A digital trigger for the FADC electronics system for the HiRes detector
OG 10.2.3 CHERNYAEV, A.B. An ideal detector for UHE y-ray astronomy
OG 10.2.4 BIRD, D.J. Preliminary analysis of monocular HiRes prototype data
OG 10.2.5 BIRD, D.J. The high resolution fly's eye project
OG 10.2.6 CASOLINO, M. Pointing accuracy of a full coverage RPC's carpet operating at high altitude
OG 10.2.7 BORIONE, A. Recent upgrades to casa-mia
OG 10.2.8 ALLEN, G.E. Gamma-ray bursts: detection and distance estimates with milagro
OG 10.2.9 KAJINO, F. Feasibility study of water Cerenkov detector at Mt. Norikura
OG 10.2.10 KAJINO, F. Water Cerenkov detector for a detection of gamma-ray bursts at high altitude
OG 10.2.11 AMENOMORI, M. The present status of the new Tibet air shower experiment
OG 10.2.12 POIRIER, J. A new variable H to use in measuring the chemical composition of cosmic ray primaries
OG 10.2.13 BATOVSKY, S.A. Primary composition study using a new parameter for a constant efficiency selection of EAS at mountain altitudes
OG 10.2.14 DUMORA, D. Selection of EAS with constant energy in the Tibet experiment
OG 10.2.15 D'ETTORRE PIAZZOLI, B. Detection efficiency of a small size showers by a full coverage RPC's carpet
OG 10.2.16 BIRD, D.J. The HiRes2 prototype and coincident measurements with HiRes1
OG 10.2.17 BOYER, J. Reconstruction techniques of monocular HiRes data with a FADC electronics system
OG 10.2.18 DEDENKO, L.G. An analysis of EAS with energies above the GZK cut-off
OG 10.2.19 BIRD, D.J. Atmospheric monitoring for fluorescence detector experiments
OG 10.2.20 LINSLEY, J. 'Pion Eye', a method of measuring the chemical composition of auger radiation with high resolution up to and beyond 1017 eV/nucleus
OG 10.3.1 KUDRYAVTSEV, M.I. The MIR-Spectr gamma-astronomy experiment
OG 10.3.2 APANASENKO, A.V. A prompt report on the first russo-japanese joint balloon experiment
OG 10.3.3 TORII, S. A balloon borne electron telescope with scintillating fibers
OG 10.3.4 NOZAKI, M. Performance of BESS detector
OG 10.3.5 SECKEL, D. Detecting cosmic ray iron using balloon-borne air Cherenkov detectors
OG 10.3.6 SMITH, A.E. Results from the flight of BUGS-4
OG 10.3.7 ADRIANI, O. The magnetic spectrometer PAMELA for the study of cosmic antimatter in space
OG 10.3.8 TAKAHASHI, Y. Maximum-energy auger air shower satellite (MASS) for observing cosmic rays in the energy region 1019-22 eV
OG 10.3.9 TOMASCH, A.D. Flight performance of the HEAT rigidity spectrometer
OG 10.3.10 TORBET, E. Flight performance and electron-hadron separation of the HEAT - o experiment
OG 10.3.11 BARBIELLINI, G. A satellite born charged particles telescope for the study of cosmic ray nuclei
OG 10.3.12 WIEDENBECK, M.E. Balloon flight tests of a gas-ionization chamber-based isotope spectrometer
OG 10.3.13 WILKES, R.J. Antarctic balloon flights for jacee
OG 10.3.14 YAKOVIEV, V.I. Long flying component and incorrect measurements of proton energy spectrum by shallow arrays at E > 10 TeV
OG 10.3.15 CHRISTIAN, E.R. A telemetry/frame sync board for use in balloon payloads
OG 10.3.16 C&H DISCIPLINE COORDINATION TEAM. The space physics data system - cosmic and heliospheric nodes
OG 10.3.17 KHABIO, V.A. Gamma-telescope with crystal converter
OG 10.3.18 PETRUZZO, J.J. Performance of the BUGS IV spherical drift chamber
OG 10.3.19 DERRICKSON, J.H. Direct coulomb electron pairs for energy measurement - design consideration
OG 10.3.20 CARISON, P. Application of the image calorimeter in the high energy gamma astronomy
OG 10.3.21 ORTUNO-PRADOS, F. A study of a high pressure microstrip gas chamber
OG 10.3.22 HINK, P.L. The ACE-CRIS scintillating fiber hodoscope: a prototype calibration at the MSU NSCL
OG 10.3.23 BARBIELLINI, G. The caprice rich detector
OG 10.3.24 BARBIELLINI, G. The WiZard/caprice silicon-tungsten calorimeter
OG 10.3.25 FEROCI, M. Instrumental background in high pressure x-ray gas detectors
OG 10.3.26 MORSELLI, A. Status of the GILDA project for the 30 Mev - 100 GeV high energy gamma ray astrophysics
OG 10.3.27 KLARMANN, J. The ACE-CRIS scintillating optical fiber trajectory (SOFT) detector
OG 10.3.28 TAKAHASHI, Y. Energy estimate for very high energy cascade by core-size method in the jacee emulsion chamber
OG 10.3.29 LAWRENCE, D.J. The trans-iron galactic element recorder (TIGER) experiment
OG 10.3.30 Adams, J.H. A thin electronic calorimeter for galactic cosmic ray spectral measurements
OG BASU, B. Very heavy nuclei charge detection in fuji ET-7B nuclear emulsion in a balloon-borne plastic emulsion chamber
OG 10.4.2 APANASENKO, A.V. A new type of emulsion chamber for runjob-program (1) chamber-designing and data-processing
OG 10.4.3 APANASENKO, A.V. A new type of emulsion chamber for runjob-program energy determination
OG 10.4.4 KIEDA, D.B. A new detection technique for ZeV cosmic rays
OG 10.4.5 FRADKIN, M.I. Gamma-radiation of the high energy and GAMMA-400 project
OG 10.4.6 BEAMAN, J. Prototype studies by the haverah park group for the giant air shower project
OG 104.7 MENICHELLI, M. Cosmic ray ion identification using multistrip silicon dE/dx detectors
OG 10.4.8 AVERSA, F. Performance of the transiton radiation detector flown on the NMSU/WIZARD TS93 balloon-borne instrument
OG 10.4.9 ISBERT, J. Advanced thin ionization calorimeter (ATIC)
OG 10.4.10 Study of cosmic ray nuclei detection by an image calorimeter
OG 10.4.11 BRONCHALO, E. Ion identification method using ?E-E measurements
OG 10.5.1 BELLOTTI, R. Use of neural network techniques to identify cosmic ray electrons and positrons during the 1993 balloon flight of the NMSU/Wizard-TS93 instrument
OG 10.5.2 KOUL, R. Computer network-based data acquisition and control system for TACTIC
OG 10.5.3 RANNOT, R.C. Front-end instrumentation on tactic imaging y-ray telescope
OG 10.5.4 CHILINGARIAN, A.A. Optimizing the non-linear gamma-ray domain in VHE gamma-ray astronomy using a neural network classifier
OG 10.5.5 BIRD, D.J. The use of GPS clocks for high relative timing accuracy between HiRes sites
OG 10.5.6 BOYER, J. A flash ADC electronics system for the HiRes detector
OG 10.5.7 LANG, M.J. A genetic algorithm for optimizing TeV gamma-ray selection
OG 10.5.8 BOYER, J. Calibration studies of the FADC electronics system for the HiRes detector
OG 10.5.9 OHOKA, H. Further development of data acquisition system of agasa
OG 10.5.10 ROSE, H.J. A data acquisition system for TeV stereo imaging telescopes
OG 10.5.11 WESTERHOFF, S. Neural networks for y/hadron-separation with the hegra Geiger towers
OG 11.1.1 SAITO, T. Cosmic rays as energy sources for chemical evolution
OG 11.1.2 INGROSSO, G. Machos and molecular clouds in galactic halos
OG 11.1.3 STEPHEN, W.R. Solid hydrogen as dark matter?
OG 11.2.1 AHMEDOV, B.J. One possible mechanism of electromagnetic radiation arising from intermediate boundary between conducting and superconducting media within pulsar
OG 11.2.2 ANGUELOV, V. Triplet pair production in electron-photon cascading in a soft photon field
OG 11.2.3 MOSKALENKO, I.V. Positron propagation in MID-relativistic thermal plasmas
Volume 4: Contributed papers and author index - SH Sessions
SH 1.1.1 HUANG, Y.N. The plasma wake field excited by solar energetic flare electrons through the corona
SH 1.1.2 HUANG, Y.N. Relativistic electron spectrum and plasma wake field acceleration in large solar flares
SH 1.1.3 TREUMANN, R.A. Stochastic acceleration of electrons in localized wave fields
SH 1.1.4 SAKAI, J. Triggering of solar flares and particle acceleration
SH 1.1.5 GALLEGOS-CRUZ, A. Acceleration of solar particles by short wavelength turbulence
SH 1.1.6 KURT, V. What can be learnt from H-?, microwave and high energy y emission of the march 26, 1991 solar flare?
SH 1.1.7 SAKURAI, K. Ionization states of solar-flare particles
SH 1.1.8 KARTAVYKH, Y.U. Coulomb loss influence on the solar particle spectra at the stochastic acceleration
SH 1.1.9 KARTAVYKH, Y.U. Heavy ion acceleration with account of charge transfer processes
SH 1.1.10 MIROSHNICHENKO, L.I. On the formation of relativistic particle beams in extended coronal structures: I. evidences for two separate sources of solar cosmic rays
SH 1.1.11 MIROSHNICHENKO, L.I. On formation of relativistic particle beams in extended magnetic structures: II. two source model for solar cosmic rays
SH 1.1.12 MENDOZA, B. The origin in the corona of SEPs associated with CMEs
SH 1.1.13 PEREZ, E.R. Distribution of SEP related flares in the solar disk
SH 1.1.14 KARPOV, S.N. Extremely high-energy solar protons by the data of baksan underground scintillation telescope
SH 1.1.15 MIROSHNICHENKO, L.I. Absolute proton fluxes from the sun at rigidity above 1 GV by ground-based data
SH 1.1.16 MIROSHNICHENKO, L.I. On the threshold effect of proton acceleration in solar flares
SH 1.1.17 MIROSHNICHENKO, L.I. Upper intensity-energy limits and utmost spectrum for solar cosmic rays
SH 1.1.18 NYMMIK, R.A. Behavloural features of energy spectra of particle fluencies and peak fluxes in solar cosmic rays
SH 1.1.19 ANTALOVA, A. Sectorial distribution of LDE-type flares
SH 1.1.20 WANG, X.Y. The particles source temperatures in the Fe-rich and Fe-poor events
SH 1.1.21 CHERTOK, I.M. Post-eruption particle acceleration in the corona: a possible contribution to solar cosmic rays
SH 1.1.22 KOCHAROV, L.G. Scaling laws for generation of high-energy secondary emission in magnetic loops
SH 1.1.23 DORMAN, L.I. Solar cosmic ray events: statistical characteristics for the diagnostic of acceleration escaping and propagation processes
SH 1.1.24 PISSARENKO, N.F. Small-scale acceleration processes in solar flares during primary energy release phase
SH 2.1.1 DJANTEMIROV, H.M. The temporal and spectral characteristics of solar gamma-flares on the data of gamma-1 experiment
SH 2.1.2 YOSHIMORI, M. Downward beaming of ions and electrons in the 1991 november 15 flare
SH 2.1.3 YOSHIMORI, M. Spectral characteristics of solar gamma-ray flares
SH 2.1.4 KOTOV, Y.U. Temporal evolution of x-and y-rays during a flare on 27 october 1991
SH 2.1.5 LI, P. On the beaming of solar flare energetic photons
SH 2.1.6 RUFFOLO, D. Measurements of the duration of particle emission from solar flares
SH 2.1.7 GRIGORIEVA, V.P. Kilometric radiation connected with trap-loop structure of the interplanetary magnetic field
SH 2.1.8 ROTH, I. He and heavy ion enhancements in impulsive solar flares due to EMIC wave
SH 2.2.1 MAZUR, J.E. Heavy-ion acceleration beyond 10 MeV/nucleon in impulsive solar flares: sampex observations
SH 2.2.2 GUZIK, T.G. Temporal variation of helium energy spectra and 3He/4He ratios for march and june 1991 SEP events
SH 2.2.3 BELOV, A. Time evolution of solar proton energy spectra at the earth orbit and possibility of multi-step particle acceleration
SH 2.2.4 VAINIO, R. GOES response to energetic protons of different origin
SH 2.2.5 TORSTI, J. Energetic protons from the 1990 may 24 solar flare as detected by goes satellites
SH 2.2.6 TORSTI, J. Successive solar energetic particle events in the October 1989
SH 2.2.7 SAKAI, T. Solar neutron decay proton
SH 2.2.8 KANANEN, H. The june 3, 1982 solar flare as a test for neutron monitor sensitivity for solar neutrons
SH 2.2.9 USOSKIN, L.G. High energy neutrons from the june 15, 1991 solar flare as detected by the neutron monitor
SH 2.2.10 KOVALTSOV, G.A. Two injections of high energy neutrons during the may 24, 1990 solar flare
SH 2.2.11 KOCHAROV, L.G. Correlative investigations of the 1990 may 24 solar flare
SH 2.2.12 KOCHAROV, L.G. Search for neutron decay protons from the 1990 may 24 solar flare
SH 2.2.13 DEBRUNNER, H. The relationship between the timing of solar flare y-ray emission and high-energy neutron production
SH 2.2.14 SMART, D.F. Comment on the minimum mass path of a uni-directional solar neutron particle beam through the earth atmosphere
SH 2.2.15 MURAKI, Y. Simultaneous observations of solar neutrons of june 6, 1991 at Mt. haleakala and Mt. norikura
SH2.2.16 MURAKI, Y. Comments on second and third enhancements of solar particles on june 4, 1991 flare
SH 2.2.17 DROGE, W. Probable detection of electrons from the decay of solar flare neutrons
SH 2.2.18 DROGE, W. Solar energetic electrons: I. Multiple spacecraft observations
SH 2.2.19 DROGE, W. Solar energetic electrons: II. Comparison with y-ray emission
SH 2.2.20 GALPER, A.M. The observation of solar flare protons with energy more than 30 MeV in vicinity of the earth on board station "MIR" on 30 october 1991
SH 2.2.21 NAZAROVA, M.N. Solar cosmic rays and solar activity cycles
SH 2.2.22 DUNPHY, P.P. High energy neutrons and y-rays from the solar flare of 1991 june 11
SH 2.2.23 KUZHEVSKIJ, B. The 2.223 Mev gamma line time dependence as a probe of density inhomogeneity of solar atmospheric and subphotospheric layers
SH 2.3.1 SHEA, M.A. Comparison of ground-level enhancements of 15 november 1960 and 22 october 1989
SH 2.3.2 DE KONING, C.A. The GLE of September 29, 1989: analysis of the pitch angle distribution I
SH 2.3.3 DE KONING, C.A. The GLE of September 29, 1989: analysis of the pitch angle distribution II
SH 2.3.4 MORISHITA, I. Anisotropic space distribution of solar particles of the GLE observed on 24 may 1990
SH 2.3.5 STOKER, P.H. The phenomology of the precursor increase on the 19 october 1989 ground level event
SH 2.3.6 CHUCHKOV, E.A. The solar cosmic ray event of june 4-19, 1991 according to the granat spacecraft data
SH 2.3.7 DVORNIKOV, V.M. The GLE of 29 september 1989. Time variations of the cosmic-ray rigidity spectrum
SH 2.3.8 DVORNIKOV, V.M. The GLE of 29 september 1989. Time variations in angular distribution of different-energy particles
SH 2.3.9 KOLOMEETS, E. High energy particle generation during the solar flares
SH 2.3.10 SHEA, M.A. Review of ground-level solar cosmic ray enhancements during the 22nd solar cycle
SH 2.2.11 CRAMP, J.L. Neutron monitor responses during highly anisotropic ground level enhancements
SH 2.3.12 XUE, S.S. Complex features of the GLE of 29 september 1989
SH 3.1.1 NG, C.K. Interplanetary transport coefficient in an extended quasi-linear theory
SH 3.1.2 CLIVER, E.W. Extreme "propagation" of solar energetic particles
SH 3.1.3 HATZKY, R. Pitch angle distribution of solar energetic particles (SEPs) and the transport parameters in interplanetary space, I: properties of steady-state distributions
SH 3.1.4 HATZKY, R. Pitch angle distribution of solar energetic particles (SEPs) and the transport parameters in interplanetary space, II: local scattering properties
SH 3.1.5 BIEBER, J.W. 2D turbulence and the quasilinear theory "discrepancy"
SH 3.1.6 VALDES-GALICIA, J. Solar energetic protons self generated waves in the interplanetary magnetic field (a search for evidences)
SH 3.1.7 RUFFOLO, D. Propagation of coherent pulses of solar cosmic rays
SH 3.1.8 ANGLI, J.D. Ulysses, voyager 1 and IMP-8 low energy proton fluxes: interplanetary particle transport
SH 3.1.9 CRAMP, J.L. Rigidity dependent pitch angle distribution in modeling ground level enhancements
SH 3.1.10 CRAMP, J.L. The effect of near-earth IMF structure on the modeling of ground level enhancements
SH 3.1.11 EARL, J.A. Propagation of charged particle pulses immediately after injection
SH 3.1.12 FEDOROV, Y.U.I. Solar cosmic ray transport under anisotropic injection
SH 3.1.13 STOLPOVSKII, V.G. Solar energetic electron events observed by phobos-2
SH 3.1.14 STOKER, P.H. Spectral dependence on solar corona propagation of relativistic solar flare protons
SH 3.1.15 SHEA, M.A. A comment on the detection of solar proton events at the earth with respect to the heliospheric current sheet
SH 3.1.16 SMART, D.F. The heliolongitudinal distribution of solar flares associated with solar proton events
SH 3.1.17 VASHENYUK, E.V. Peculiarities of anisotropy during ground level events of 22 cycle of solar activity
SH 3.1.18 VAINIO, R. Injection and transport of accelerated particles as deduced from GOES and neutron monitor data
SH 3.1.19 KAHLER, S.W. Coronal and interplanetary magnetic sector structure and the modulation of solar energetic particle events
SH 4.1.1 JOKIPII, J.R. Numerical simulations and analytic theory of cross-field transport
SH 4.1.2 KOTA, J. Transport coefficients in stochastic magnetic fields
SH 4.1.3 HATTINGH, M. Some properties of a fully three-dimensional drift model for the modulation of galactic cosmic rays
SH 4.1.4 EARL, J.A. Comparison of three numerical treatments of charged particle transport
SH 4.1.5 SCHLICKEISER, R. Revised landau damping rates of ion-cyclotron waves and electron-cyclotron waves in hot equilibrium plasmas
SH 4.1.6 VANDAS, M. Shock drift acceleration of electrons
SH 4.1.7 LIM, T.L. Can diffusive shock acceleration work fast enough in interplanetary shocks? Evidence from the November 1992 event
SH 4.1.8 BEREZHKO, E.G. The self-consistent model for acceleration of solar wind protons by the interplanetary shock waves and coupled Alfven wave generation
SH 4.1.9 SANAHUJA, B. Injection rate of shock accelerated particles at the cobpoint: dependence on the heliolongitude
SH 4.1.10 BARBIER, L.M. Multispacecraft studies of coronal mass ejection associated energetic particle events
SH 4.1.11 VANDAS, M. Magnetic traps in the interplanetary medium connected with magnetic clouds
SH 4.1.12 RICHARDSON, I.G. Anisotropies of solar particle onsets observed within ejecta
SH 4.1.13 CANE, H.V. The response of energetic particle to the presence of ejecta material
SH 4.1.14 KOI, T. The observation of low energy ions accelerated by and interplanetary shock on February 21st 1994 with the geotall HEP experiment
SH 4.1.15 LARIO, D. Do "typical" low-energy ESP events exist?
SH 4.1.16 TERESAWA, T. An electron Fermi acceleration event at an interplanetary shock wave on feb. 21, 1994: GEOTAIL observation
SH 4.1.17 RODRIGUEZ-PACHECO, J. The 1980 interplanetary particles anomalous period and the solar magnetic activity
SH 4.1.18 RODRIGUEZ-PACHECO, J. Temporal behavior of different energy (<60 Kev, >1 Mev) particle fluxes during cycle 21 maximum
SH 4.1.19 KRIMIGIS, S.M. Energetic particle activity in the heliosphere 1991-1995
SH 4.1.20 ZEIDOVICH, M.A. Quiet-time proton fluxes in the inner heliosphere
SH 4.1.21 KECSKEMETY, K. Energetic ions near comet halley in march 1986: cometary vs interplanetary origin
SH 4.1.22 KEPPLER, E. An overview on measurements in high heliographic latitudes: results from EPAC on ULYSSES
SH 4.1.23 ANGLIN, J.D. Ulysses observations of high energy ions and electrons associated with CME events at high heliographic latitudes
SH 4.1.24 DECKER, R.B. Spatial gradients, energy spectra, and anisotropies of ions > 30 keV at CIR shocks from 1 to 50 AU
SH 4.1.25 DECKER, R.B. Pressure and energy carried by superthermal ions during the sept. 1991 GMIR at voyagers 1 and 2
SH 4.1.26 NESS, N.F. Cosmic ray modulation by MIRs in distant heliosphere: voyager observations
SH 4.1.27 KRUPP, N. Comparison of recurrent ion events using Ulysses Hi-Scale and EPAC and voyager LECP data
SH 4.1.28 THOMSON, D.J. Time series analysis of low energy interplanetary charged particle fluxes and interplanetary magnetic field data
SH 4.1.29 WITCOMBE, A. Quiet-time ~1 MeV/nucleon fluxes as observed by the EPAC instrument on board Ulysses
SH 4.1.30 GLOECKLER, G. Anisotropies of interstellar pickup protons - implications for scattering of low rigidity (~1 to 3 MV) particles
SH 4.1.31 ANGLIN, J.D. Ulysses radial and latitudinal gradients: low energy proton flux measurements
SH 4.1.32 ANGLIN, J.D. The periodic variation of 1 and >92 MeV proton fluxes at high latitudes
SH 4.1.33 KUNOW, H. Effects of corotating interaction regions on Ulysses high energy particles
SH 5.1.0 MAZUR, J.E. Samplex observations of corotating ion events at 1 AU
SH 5.1.1 MAZUR, J.E. Helium spectra in corotating energetic particle streams observed by EPACT on the wind spacecraft
SH 5.1.2 LESKE, R.A. Measurements of the ionic charge states of solar energetic particles at 15 - 70 MeV/nucleon
SH 5.1.3 WILLIAMS, D.L. Measurements of the isotopic composition of solar energetic particles
SH 5.1.4 BOBERG, P.R. The source plasma of solar energetic particles in gradual events
SH 5.1.5 OETIKER, M. Charge states of heavy solar energetic particles: observations with the HILT sensor on sampex
SH 5.1.6 MASON, G.M. Charge state measurements of solar energetic particles observed with sampex
SH 5.1.7 CUMMINGS, J.R. Sampex studies of anomalous cosmic ray contributions to hydrogen and helium at 1 AU
SH 5.1.8 CUMMINGS, J.R. Sampex studies of anomalous cosmic rays from 1992 to 1995
SH 5.1.9 MEWALDT, R.A. Studies of anomalous cosmic rays using the geomagnetic field
SH 5.1.10 KLEIS, T. Trapped low-energy heavy ion results from LDEF
SH 5.1.11 TYLKA, A.J. Cosmos results on the altitude dependence of geomagnetically trapped anomalous cosmic rays
SH 5.1.12 KLECKER, B. Charge states of anomalous cosmic rays: sampex observations
SH 5.1.13 YADAV, J.S. Ionization states of anomalous cosmic rays inside magnetosphere
SH 5.1.14 CUMMINGS, A.C. Elemental composition of the anomalous cosmic ray component
SH 5.1.15 LOOPER, M.D. A search for molecular ions in the anomalous cosmic rays
SH 5.1.16 MACLENNAN, C.G. Anomalous cosmic ray oxygen (~2.5 MeV/nucl) at high southern heliolatitudes on Ulysses
SH 6.1.1 SYKORA, J. Temporal development of the heliospheric magnetic field topology as confirmed by eclipse observations of the solar corona streamers
SH 6.1.2 SABBAH, I. Persistent larger IMF spiral north of the heliospheric current sheet than south of it
SH 6.1.3 CHEBAKOVA, E.A. 22-year cosmic ray variations
SH 6.1.4 KOLOMEETS, E.V. 11-year variation N-S asymmetry and cosmic ray gradient change
SH 6.1.5 KRYAKUNOVA, O.N. Simulation of long term modulation in nonstationary solar activity conditions
SH 6.1.6 ANTALOVA, A. Role of LDE-type flares in the GCR modulation (1969-1972)
SH 6.1.7 ANTALOVA, A. Daily values of the solar SXR background and galactic cosmic ray modulation (1968-1972)
SH 6.1.8 BRAVO, S. Galactic cosmic ray intensity at earth and polar coronal hole area
SH 6.1.9 BELOV, A.V. Long-term cosmic ray variations and their relation with solar activity parameters
SH 6.1.10 OTAOLA, J. Power spectrum of cosmic rays in the frequency range (3x10-9-2x10-7Hz)
SH 6.1.11 SVIRZHEVSKY, N.S. The energy hysteresis of the galactic cosmic ray intensity in 1988-1993
SH 6.1.12 AHLUWALIA, H.S. Present status of the recovery phase of cosmic ray eleven year modulation
SH 6.1.13 ALANIA, M.V. The features of the long-period modulation of galactic cosmic rays
SH 6.1.14 ALANIA, M.V. The simulation of galactic cosmic rays heliolatitudinal modulation
SH 6.2.1 SABBAH, I. 27-day variation of galactic cosmic rays
SH 6.2.2 VERNOVA, E.S. Amplitude of the 27-day cosmic ray variation in 19-21 solar cycles
SH 6.2.3 LEVITIN, A.E. Recurrent changes in cosmic ray neutron component (1958-1992)
SH 6.2.4 BAZILEVSKAYA, G.A. Long-term changes in galactic cosmic ray variation caused by the solar rotation
SH 6.2.5 SWINSON, D.B. 27-Day waves in the cosmic ray north-south anisotropy
SH 6.2.6 BELOV, A.V. Long-term variations of cosmic ray north-south anisotropy in 70- and 80-th years
SH 6.2.7 SABBAH, I. Numerical simulations of the cosmic-ray diurnal anisotropy
SH 6.2.8 GORCHAKOV, E.V. The north-south asymmetry of cosmic rays as dependence from a sectorial structure of the interplanetary magnetic field
SH 6.2.9 BORELLO, F.O. Cosmic-ray diurnal variation during the 1964-1992 epoch
SH 6.2.10 SHARMA, N.K. Variation of diurnal anisotropy during minimum of solar activity cycles 20 & 21
SH 6.2.11 EL-BORIE, M.A. Cosmic-ray solar diurnal variations gradients and the interplanetary magnetic field
SH 6.2.12 EL-BORIE, M.A. Dependence of the solar diurnal variations upon the magnetic polarity of the heliosphere
SH 6.2.13 HALL, D.L. The parallel mean-free path of galactic cosmic rays at 1 AU
SH 6.2.14 HALL, D.L. Asymmetric heliospheric modulation of a galactic anisotropy
SH 6.2.15 MUNAKATA, Y. Observation of the first-three harmonics of cosmic-ray daily intensity variations and the magnetic polarity of the heliosphere
SH 6.2.16 EL-BORIE, M.A. Long term behavior of semidiurnal variations of cosmic ray intensity
SH 6.2.17 KUMAR, S. Tri-diurnal variation in cosmic ray intensity on quiet days during solar cycles 21-22
SH 6.2.18 SWINSON, D.B. Diurnal variations underground since 1959
SH 6.2.19 KRYMSKY, G.F. Effects of galactic cosmic ray modulation in the heliosphere
SH 6.2.20 FENTON, K.B. Sideral variations at high energies - observations at poatina
SH 6.2.21 MUNAKATA, K. Two hemisphere observations of the north-south sidereal asymmetry at ~1TeV
SH 6.2.22 MUNAKATA, K. Sideral diurnal variations observed by the two hemisphere network of surface level muon telescopes
SH 6.2.23 MUNAKATA, K. Long term change in the sidereal diurnal variation observed by the misato shallow underground muon telescope
SH 6.2.24 MORI, S. Observation of sidereal anisotropy of cosmic rays at ~1 TV
SH 6.2.25 NAGASHIMA, K. Cosmic-ray sidereal daily variation, showing of the coexistence of the galactic and heliomageneto tail-in anisotropies
SH 6.2.26 NAGASHIMA, K. Cosmic-ray excess flux heliomagnetotail
SH 6.2.27 AHLUWALIA, H.S. The cosmic ray convection-diffusion anisotropy according to ground and underground observations in 1965-1990
SH 6.2.28 DORMAN, L.I. Drift anisotropy and transverse gradients of cosmic rays in the interplanetary space
SH 6.2.29 DORMAN, L.I. The important parameters of solar wind and IMF for cosmic ray anisotropy and their dependence on heliolatitude and solar activity
SH 6.2.30 FIKANI, M.M. Higher harmonics of cosmic ray solar diurnal variation. 1. Persistence analysis
SH 6.2.31 FIKANI, M.M. Higher harmonics of cosmic ray solar diurnal variation. 2. Amplitude dependence on asymptotic latitude of viewing
SH 6.2.32 FIKANI, M.M. Higher harmonics of cosmic ray solar diurnal variation. 3. Dependence on primary rigidity
SH 6.2.33 YGBUHAY, R.C. On correlation between tilt of heliospheric current sheet and transverse cosmic ray particle density gradient
SH 6.3.0 BENNETT, E. Modulation of high energy cosmic rays throughout the solar activity and the magnetic cycles
SH 6.3.1 KOTA, J. 3-D distribution of cosmic rays in the outer heliosphere
SH 6.3.2 KOTA, J.P. On the high-energy limit of cosmic-ray modulation and anisotropies
SH 6.3.3 KALININ, M.S. On the 2D and 3D cosmic ray transport equations
SH 6.3.4 KALININ, M.S. The influence of the nonsteady solar magnetic fields on the galactic cosmic rays
SH 6.3.5 KOROLKOV, D.N. The galactic cosmic-ray - current sheet relationship during last four solar cycles
SH 6.3.6 BIEBER, J.W. The diffusion tensor throughout the heliosphere
SH 6.3.7 HATTINGH, M. Heliospheric propagation of galactic cosmic rays: quasilinear theory versus hard-sphere scattering
SH 6.3.8 STEENBERG, C.D. Phase lag effects in cosmic ray modulation
SH 6.3.9 HAASBROEK, L.J. Cosmic-ray electron modulation using current knowledge of the heliosphere
SH 6.3.10 HAASBROEK, L.J. The time-dependent recovery after the large cosmic-ray decrease in 1991
SH 6.3.11 FICHTNER, H. Heliospheric cosmic ray distributions: a tool for probing the solar wind termination
SH 6.3.12 JOKIPII, J.R. The maximum energy of anomalous cosmic rays
SH 6.3.13 LE ROUX, J.A. A transport model for the diffusive shock acceleration and modulation of the anomalous component in the heliosphere
SH 6.3.14 LE ROUX, J.A. The dynamic relevance of the heliospheric magnetic field according to a spherically-symmetric energetic particle hydromagnetic model
SH 6.3.15 FISK, L.A. Statistical studies of the pressure of interstellar pick-up ions: implications for the outer heliosphere
SH 6.3.16 CHALOV, S.V. Continuous production of anomalous cosmic rays forming a dissipative shock precursor
SH 6.3.17 STEENKAMP, C.D. A numerical model for the study of the anomalous component of cosmic rays
SH 6.3.18 STEENBERG, C.D. Model calculations on anomalous hydrogen
SH 6.3.19 REINECKE, J.P.L. The effect of drifts on the calculation of the spectra of anomalous cosmic rays during solar minimum conditions
SH 6.3.20 REINECKE, J.P.L. The cosmic ray state of the heliosphere during solar minimum
SH 6.3.21 ALANIA, M.V. The modeling study of comic ray long-period modulation
SH 6.4.0 FERRANDO, P. Evolution of the electron/proton ratios between 1 and 7 GV measured at Ulysses, as a function of time and latitude
SH 6.4.1 PAIZIS, C. Latitudinal effects of galactic cosmic rays observed onboard the Ulysses spacecraft
SH 6.4.2 TRATTNER, K.J. The latitudinal gradient of anomalous cosmic rays: Ulysses observations
SH 6.4.3 HEBER, B. Nucleon modulation from the Ulysses rapid latitude scan: COSPIN/KET results
SH 6.4.4 HAASBROEK, L.J. Long-term cosmic-ray modulation along the Ulysses trajectory: a numerical simulation
SH 6.4.5 FUJII, Z. Radial density gradients of galactic cosmic rays from 1973 to 1995
SH 6.4.6 FUJII, Z. Properties of step decreases observed in solar cycle 22
SH 6.4.7 MCDONALD, F.B. The initial cosmic ray recovery phase of solar cycle 22
SH 6.4.8 MCDONALD, F.B. Radial and latitudinal cosmic ray intensity gradients in the outer heliosphere
SH 6.4.9 MCDONALD, F.B. Studies of anomalous cosmic ray hydrogen in the outer heliosphere
SH 6.4.10 STONE, E.C. Evolution of the energy spectra of anomalous cosmic rays in the outer heliosphere and the distance to the solar wind termination shock
SH 6.4.11 STONE, E.C. Radial and latitudinal gradients of anomalous cosmic rays in the outer heliosphere
SH 6.4.12 CUMMINGS, A.C. Radial and latitudinal gradients of anomalous cosmic ray oxygen throughout the heliosphere
SH 6.4.13 MEWALDT, R.A. Solar and interplanetary particles Re-accelerated at the solar wind termination shock
SH 6.4.14 MEWALDT, R.A. Evidence for anomalous cosmic ray hydrogen during the 1976-1977 solar minimum
SH 6.4.15 LOPATE, C. The deuterium/proton ratio as a measure of anomalous hydrogen
SH 6.4.16 CHRISTIAN, E.R. The reappearance of anomalous cosmic ray hydrogen
SH 6.4.17 FRANZ, M. Is there a drift of anomalous cosmic ray particles? Measurements of the Ulysses EPAC instrument
SH 6.4.18 EVENSON, P. Cosmic electron observations from the ice spacecraft
SH 6.4.19 GOLDEN, R.L. Solar modulation of hydrogen and helium cosmic ray nuclei spectra above 400 MeV/nucleon, from 1976 to 1993
SH 6.4.20 GRIGOROV, N.L. Fluxes of ACR ions in the earth's magnetosphere at the 22nd solar cycle
SH 6.4.21 BOGOMOLOV, A.V. Investigation of GCR with the help of SONG instrument on-board coronas-I satellite
SH 6.4.22 THE TIBET ASY COLLABORATION. Shadowing of cosmic rays by the sun near maximum or at the decreasing phase of solar activity
SH 7.1.1 GUPTA, D.K. Association of solar flare and radio burst with sunspot magnetic field
SH 7.1.2 MISHRA, A.P. Peak flux density spectra of solar radio burst in relation to sunspot configuration
SH 7.1.3 JAKIMIEC, M. E-W distribution of solar LDE - type flares and galactic cosmic ray modulation (1969 - 1972)
SH 7.1.4 JANSEN, F. Preliminary results of observations of relationships between solar radio bursts, sudden commencements on earth and interplanetary disturbances measured
SH 7.1.5 ALANIA, M.V. The features of the relationship of cosmic ray forbush-decreases and the solar wind parameters fluctuations
SH 7.1.6 DORMAN, I.V. The development of observations and models of models of cosmic ray forbush-effects
SH 7.1.7 RICHARDDSON, I.G. Regions of abnomally low proton temperature as signatures of ejecta in the solar wind and their solar cycle dependence
SH 7.1.8 CANE, H.V. Short-term cosmic ray decreases: 1964-1994
SH 7.1.9 KOZLOV, V.I. On structure of forbush effect on results of joint analysis of scintillation index and solar wind parameters
SH 7.1.10 VASHENYUK, E.V. Cosmic ray fluctuation power spectra dynamics during the great interplanetary disturbance on the October 19-21, 1989
SH 7.1.11 CLIVER, E.W. The angular extents of solar/interplanetary disturbances and modulation of galactic cosmic rays
SH 7.1.12 BELOV, A.V. Search for predictors of forbush decreases
SH 7.1.13 DORMAN, L.I. The nature of cosmic ray forbush-decrease and precursory effects
SH 7.1.14 SAKAKIBARA, S. Precursory decrease of cosmic rays, in front of forbush decrease associated IMF-shock wave, caused by CME lifting off the sun on april 14, 1994
SH 7.1.15 HUMBLE, J.E. Observation of GV protons associated with an interplanetary shock
SH 7.1.16 FLUCKIGER, E.O. The 24 march 1991 forbush decrease
SH 7.1.17 PETLENKO, A.V. An application of the pulse superposition method to cosmic ray time variations
SH 7.1.18 BELOV, A.V. Anisotropy of cosmic rays and forbush decreases in 1991
SH 7.1.21 DARWISH, A.A. Characteristics of diurnal variations of cosmic rays and solar wind stream in forbush decrease
SH 7.1.22 DARWISH, A.A. The dependence of solar diurnal variations of cosmic rays on forbush decrease
SH 7.1.23 CHAUHAN, M.L. Effect of interplanetary magnetic clouds on cosmic ray diurnal anisotropy
SH 7.2.1 KUDEIA, K. Cosmic ray variations: periodicities at T<24 hours
SH 7.2.2 AGRAWAL, S.P. Study of cosmic ray daily variations during quiet periods at neutron monitor energies
SH 7.2.3 DARWISH, A.A. Long-term nature of the latitudinal cosmic ray gradient
SH 7.2.4 KUMAR, S. High amplitude anisotropic wave train events in cosmic ray intensity during 1981-90
SH 7.2.5 KUMAR, S. Anomalous behavior of the low amplitude anisotropic wave trains in cosmic ray intensity during 1981-90
SH 7.2.6 TIWARI, A.K. Peculiar characteristics of low amplitude wave train events during solar cycle 21
SH 7.2.7 SHARMA, N.K. Influence of coronal high-speed solar wind streams on cosmic ray intensity
SH 7.2.8 ZHANG, M. Ulysses observations of 26 day intensity variations of cosmic rays and anomalous helium over the south pole
SH 7.2.9 RICHARDSON I.G. Corotating >60 MeV/amu cosmic ray depressions observed by spacecraft anti-coincidence guards
SH 7.2.10 AGLIETTA, M. Fractal analysis of cosmic ray signals detected in the EAS-TOP experiment
SH 7.2.11 YASUE, S. Power spectrum of irregular time series of cosmic rays in a wide range of rigidity: 0.3~20 TeV
SH 7.2.12 SHATASHVILI, L.KH. The peculiarity of cosmic ray intensity of recurrent forbush effects in two different 11-year cycles of solar activity
SH 7.2.13 DROLIAS, B. Cosmic ray modulation by expanding. High-latitudes streams
SH 7.2.14 AHLUWALIA, H.S. On the potential of cosmic ray time variation studies with milagro detector
SH 8.1.1 GUSEV, A.A. Injection and fast radial diffusion of energetic electrons into the inner magnetosphere
SH 8.1.2 LUPENKO, G.V. Measurements of flux and spectrum of electrons with energy of 7-40 MeV near the earth
SH 8.1.3 VORONOV, S.A. Nature of high energy electrons in the inner radiation belt
SH 8.1.4 KOLDASHOV, S.V. Electron and positron albedo spectra with energy more than 20 MeV
SH 8.1.5 MARTIN, I.M. Natural energetic positrons in the inner zone
SH 8.1.6 PUGACHEVA, G.I. Chaos problem in the capture of anomalous cosmic ions
SH 8.1.7 NOSOV, S.F. Drift hamiltonian in a dipole magnetic field
SH 8.1.8 BARZ, S. Trapped oxygen and neon measurements on LDEF
SH 8.1.9 SELESNICK, R.S. Observations of geomagnetically trapped anomalous cosmic rays
SH 8.1.10 LEICHER, M. Energy spectra of oxygen ions at E<40MeV/nuc inside the magnetosphere
SH 8.1.11 WEFEL, J.P. The isotopic composition of geomagnetically trapped helium
SH 8.1.12 GRIGOROV, N.L. The energy spectra of interplanetary and trapped anomalous cosmic rays
SH 8.1.13 GRIMANI, C. Differential flux measurement of atmospheric pion, muon, electron and positron energy spectra at balloon altitudes
SH 8.1.14 PAPINI, P. Atmospheric proton and deuterium energy spectra determination with the MASS2 experiment
SH 8.1.15 STEPHENS, S.A. Ground level cosmic ray observations
SH 8.1.16 PAPINI, P. 3He spectrum at small atmospheric depths for different geomagnetic cutoff values
SH 8.1.17 PAPINI, P. Production of secondary deuterium in the atmosphere at various latitudes
SH 8.1.18 PAPINI, P. Secondary proton production at small atmospheric depths as a function of geomagnetic Cut-off
SH 8.1.19 BARANOV, D.G. Peculiarities of iron and subiron energy spectra at low energies
SH 8.1.20 KOLOMEETS, E.V. Additional particle flux in upper earth atmosphere levels
SH 8.1.21 DUDNIK, A.V. The radial diffusion and the high frequency radio emission of energetic electrons of inner radiation belf during geomagnetic storm with D=-110nT
SH 8.2.1 SMART, D.F. The difference between offset dipole coordinates and coordinates based on cutoff rigidity contours
SH 8.2.2 DANILOVA, O.A. Cosmic ray cutoff rigidities in the tayganenko magnetospheric magnetic field models of 1989 and 1987 years
SH 8.2.3 BUTIKOFER, R. Effects of the magnetosheath on cosmic ray particle propagation in near-earth space
SH 8.2.4 STORINI, M. Cosmic ray asymptotic directions for Chilean neutron monitors
SH 8.2.5 BIEBER, J.W. Neutron monitor survey of the southern ocean
SH 8.2.6 STOKER, P.H. Neutron monitor latitude surveys, response functions and 22-year modulation
SH 8.2.7 KUMAR, S. A comparative study of geomagnetic storms for discrete activities during 19787-81
SH 8.2.8 BAISULTANOVA, L.M. Magnetospheric effects of cosmic rays within the different phases of the magnetic storms
SH 8.2.9 ANTONOVA, V.P. Fluctuations of cosmic rays of the geophysical origin
SH 8.2.10 DVORNIKOV, V.M. On a possibility of predicting the level of geomagnetic disturbance from effects in cosmic rays
SH 8.2.11 SZOCS, H.L. The multiple relation among the cosmic ray, geomagnetic activity and atmospheric noise
SH 8.1.12 VILLORESI, G. Forbush decreases as indicators of health-hazardous geomagnetic storms
SH 8.2.13 PUGACHEVA, G.I. The influence of geomagnetic disturbances on the meteorological parameters in the BMA region
SH 8.2.14 MAKHMUTOV, V.S. The precipitations of electrons into the earth's atmosphere during 1994
SH 8.3.1 BADHWAR, G.D. Space shuttle measurements of the galactic cosmic radiation linear energy transfer spectra over a solar cycle and their comparison with radiation transport model
SH 8.3.2 STOZHKOV, YU.I. Cosmic ray fluxes in atmosphere and precipitations
SH 8.3.3 GLADYSHEVA, O.G. Solar protons from august 1972 flare and nitrate abundance in antarctic snow
SH 8.3.4 GLADYSHEVA, O.G. Unique possibility to obtain upper limit of total energy induced by solar flare protons
SH 8.3.5 COOPER, J.F. Polar cap intensity structures during the 22 july 1982 flare: correlation to interplanetary fluxes and anisotropies
SH 8.3.6 ELY, J.T.A. GCR, the cirrus hole, global warming and record floods
SH 8.3.7 BELOV, A.V. Temporal and latitudinal dependence of the temperature effect for neutron component of cosmic ray
SH 8.3.8 YANCHUKOVSKY, V.L. Modulation effect of barometric coefficient of neutron component of secondary cosmic rays
SH 8.3.9 THE TIBET ASY COLLABORATION. Day-night moon shadow difference and comparison with the sun shadow at 10**13 eV using the Tibet air shower array
SH 8.3.10 VOLODICHEV, N.N. The effect of neutron intensity increase formation during new-moon and full-moon periods
SH 8.3.11 YOUNG, P.S. Energy deposit into the brain of an astronaut in space station by solar flare heavy particles
SH 8.3.12 MARCUCCI, M.F. On a possible relationship between atmospheric dynamics ozone and global auroral activity
SH 8.3.13 DORMAN, L.I. On the theory of atmospheric electric field effect in cosmic ray muon component
SH 8.3.14 DORNAN, L.I. On the possibility of atmospheric electric field effect in cosmic ray neutron component
SH 8.3.15 CHECHIN, V. Global ELF/VLF wave observation at the SL-9 comet crash on Jupiter
SH 8.3.16 DROLIAS, B. Numerical simulations of non-adiabatic particle motions in the jovian magnetosphere comparison with "Ulysses" observations
SH 8.3.17 SHATASHVILI, L. The cyclic variations of the barometric coefficient of the cosmic ray neutron component intensity
SH 8.3.18 ALANIA, M.V. An influence of cosmic rays and geomagnetic disturbances on the cardiopathology tendency
SH 8.3.19 BHANDARI, N. Solar flare tracks in rio negro (L 4) chondrite
SH 8.3.20 BHANDARI, N. Cosmic ray gradients in the heliosphere based on isotope production rates in meteorites
SH 9.1.3 ALEXEEV, V.A. Galactic cosmic ray variations over a scale of meteorite exposure ages
SH 9.1.4 BONINO, G. GCR modulation in meteorites
SH 9.1.5 DRESCHHOFF, G.A.M. The solar signal in a 415-year nitrate record from a polar ice core
SH 9.1.6 DERGACHEV, V.A. Medium and long-term cyclic variations of cosmic rays in the past
SH 9.1.7 CINI CASTAGNOLI, G. Cosmogenic isotopes, geomagnetic signals in a mediterranean sea sedimenta t 35000 yr BP
SH 9.1.8 KIBEDI, T. B-decay and cosmic-ray half-life of 54Mn
SH 10.1.1 YI-FANG, C. New modelo n solar neutrino
SH 10.1.2 IGNATIEV, A. Are solar neutrinos electrically charged?
SH 10.1.3 BESHTOEV, KH.M. Enhancement of the oscillations of neutrinos of different masses in matter
SH 10.1.4 TORRENTE-LUJAN, E. An exact description of neutrino oscillations in solar matter for arbitrary number of species
SH 10.1.5 PANDEY, U.C. Implications of solar neutrino experiments for solar magnetic fields
SH 10.1.6 NAKATSUKA, T. Comments on a solar neutrino flux of the kamiokande observation
SH 10.1.7 LVD COLLABORATION. Experimental limit on the solar antineutrino flux
SH 10.1.8 DORMAN, L.I. The solar cycle variations of solar neutrino flux and heliolatitude anisotropy
SH 10.1.9 MASSETTI, S. Summary of correlative analyses between homestake neutrino data and parameters related to solar activity
SH 10.1.10 MASSETTI, S. Green corona brightness and homestake neutrino data
SH 10.1.11 MASSETTI, S. Is there a north-south asymmetry in the homestake neutrino data connected with solar activity?
SH 10.1.12 SUPERKAMIOKANDE COLLABORATION. Solar neutrino observations with superkamiokande
SH 10.1.13 TOMOZAWA, Y. Anticorrelation between neutrino flux and activity in the sun
SH 11.1.1 KOTOV, Y.D. Satellite project PHOTON for study of the solar flare hard radiation
SH 11.1.2 KOTOV, Y.D. Wide-band spectrometer of y-rays and neutrons for solar satellite project "PHOTON"
SH 11.1.3 KOTOV, Y.D. Monte carlo simulation of the response of inorganic scintillators to medium energy solar neutrons
SH 11.1.4 TURTELLI JR., A. Anomalous and solar cosmic ray observations with the first Brazilian scientific microsatellite
SH 11.1.5 CLEM, J.M. Performance of a magnet spectrometer based on digitizing optical spark chambers
SH 11.1.6 MILLIKEN, B. Silicon detector studies with an interferometric thickness mapper
SH 11.1.7 WILLIAMSON, P.R. Specific energy loss rate measurements in low earth orbit
SH 11.1.8 BOROG, V.V. Large aperture muon hodoscope for studies in solar-terrestrial physics
SH 11.1.9 COOPER, J.F. Internet access to NASA's OMNI and COHO data bases for interplanetary missions
SH 11.1.10 MOISEEV, A.A. Two-dimensional low power MWPC for long duration balloon flights
SH 11.1.11 ASATRIAN, G.A. The radiosonde for the neutron component of cosmic rays measurements in the stratosphere
SH 11.1.12 THE MILAGRO COLLABORATION. Solar physics with the milagro telescope
SH 11.1.13 MATSUBARA, Y. New experiment on the observation of solar neutrons at chacaltaya
SH 11.1.14 BIEBER, J.W. Spaceship earth - an optimized network of neutron monitors
SH 11.1.15 CORDARO, E.G. Antarctic laboratory for cosmic rays: 1991-1995
SH 11.1.16 BELOV, A.V. The cosmic ray data database
SH 11.1.17 FRIDMAN, SH.D. An application of cosmic rays for solving some ecology and hydrology problems
SH 11.1.18 CECCHINI, S. A real time compact monitor for environmental radiation: cosmic rays and radioactivity
Volume 5: Invited, rapporteuts & highlight papers
CAPDEVIELLE, J. N. High-energy interactions
SIVAPRASAD, K. Extensive air showers
RYAZHSKAYA, O. G. Muons and neutrinos in the cosmic radiation
DOGIEL, V. A. Gamma-ray direct observations from space
HILLAS, A. M. Ground-based gamma-ray astronomy
SHIBATA, T. Cosmic-ray spectrum and composition, direct observation
PETRERA, S. Cosmic-ray spectrum and composition: ground observations
PTUSKIN, V. S. Cosmic-ray propagation in the galaxy
SMART, D. F. Solar cosmic rays
BIEBER, J. W. Cosmic rays in the heliosphere
MORI, S. Cosmic-ray modulation ground-based observations
SCHONFELDER, V. Highlight results from the Compton gamma-ray observatory
KIRSTEN, T. A. Results from solar-neutrino experiments
STREITMATTER, R. E. Antimatter in the universe
CRONIN, J. W. Gamma-ray astronomy by the air shower technique: performance and perspectives
BONINO, G. Record of galactic-cosmic-ray variations in terrestrial archives and meteorites
KOCHAROV, G. E. Paleoastrophysics and cosmic rays
SHAPIRO, M. M. The enrichment of physics: the legacy of victor hess
PUPPI, G. Cosmic-ray physics in Italy: an historical overview of the early times
MARSDEN, R. G. The Ulysses mission: an introduction
KEPPLER, E. Observations of energetic particles with epac on Ulysses in polar latitudes of the heliosphere
JOKIPII, J. R. 3D heliospheric simulations of cosmic rays in the light of Ulysses
LANZEROTTI, L. J. Low-energy interplanetary charged particles: solar south pole to solar north pole and high heliolatitudes
SIMPSON, J. A. Ulisses cosmic-ray investigations extending from the south to the north polar regions of the sun and heliosphere
SHEA, M. A. Overview of the effects of solar-terrestrial phenomena on man and his environment
KIFUNE, T. Ground-based gamma-ray astronomy: general remarks
CAWLEY, M. F. Development of the atmospheric Cherenkov imaging technique
SINITSYNA, V. G. Searches for gamma-quanta from local sources by a wide-angle imaging telescope
ONG, R. A. Large-area atmospheric Cherenkov detectors for high-energy gamma-ray astronomy
AHARONIAN, F. A. VHE gamma-ray sources and implications
SLAVATINSKY, S. A. High-energy cosmic-ray interactions
ADAMOV, D. S. Superyoung EAS with N 107. The hadron experiment
MUKHAMEDSHIN, R. A. Azimuthal peculiarities of gamma-ray hadron families and the new physics at vs4tev
PUCHKOV, V. S. Alignment phenomenon in superfamilies with energy above 400 tev
KOPENKIN, V. Attenuation mean free path of hadrons in superfamilies
KAWASUMI, N. Simultaneous observation of families and associated air showers at mt.chacaltaya
OHSAWA, A. Preliminary report on the large halo event tadjikistan
NIKOLSKY, S. I. Hadron inelastic collisions in the region 1-105 tev
CONVERY, M. Minimax: what has been learned thus far
Ver menos
Os exemplares da BCCL pertencem à Coleção Cesar Lattes (BCCL).
[Proceedings of the] 24th International Cosmic Ray Conference : August 28 - September 8, 1995, Roma, Italy : XXIV ICRC Rome 1995
under the auspices of the International Union of Pure and Applied Physics
[Proceedings of the] 24th International Cosmic Ray Conference : August 28 - September 8, 1995, Roma, Italy : XXIV ICRC Rome 1995
under the auspices of the International Union of Pure and Applied Physics
Exemplares
Nº de exemplares: 8
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