Conteúdo:
Volume 1
OG 1.1 LIEU, R. Rosat wide Field câmera mini-survey of the diffuse Sky background in 90-188 eV soft x-rays
OG 1.2 LEAHY, D.A. Imaging x-ray observations of the supernova remnant HB9
OG 1.3 CILIEGI, P. A study of the x-ray spectral shape of BL LAC objects
OG 1.4 LEAHY, D.A. Variability of the x-ray spectrum of Hercules x-1
OG 1.5 POLCARO, F. Observation of Her x-1 in the x-ray range
OG 1.6 COVAULT, C. Hard x-ray images of black hole candidates and the galactic center region
OG 1.7 UBERTINI, P. Hard x-ray observation of Cen A
OG 1.8 LAURENT, P. Observations of 4U1700-377 with the sigma telescope
OG 1.10 DORFI, E.A. X-ray spectra of SNR'S with cosmic rays
OG 1.11 LEE, A. Effects of heavy-element clumping on the x-ray lightcurve of supernova 1987A
OG 1.12 MASTICHIADIS, A. Photon scattering in near-critical spherically symmetric accretion flows onto neutron stars
OG 1.13 LEAHY, D.A. Stellar wind models applied to the x-ray binary GX301-2
OG 1.16 ZHOU, Y.Y. Analysis of soft x-ray excesses in IPC spectrum of QSOs
OG 2.1 GREINER, J. Rosat observation of y-ray burst sources
OG 2.2 HURLEY, K. Observations of cosmic gamma-ray bursts with the Ulysses GRB experiment
OG 2.3 BOER, M. The 19 february, 1991b and 3 may, 1991 gamma-ray bursts as seen by Ulysses: two bursts with similar time histories
OG 2.4 STACY, J.G. A search for molecular gas associated with gamma ray bursts and geminga
OG 2.5 CONNAUGHTON, V. A search for TeV bursts of gamma-rays
OG 2.6 PREECE, R.D. A strong-field synchrotron self-compton gamma ray burst emission model
OG 2.7 BARING, M.G. Photon splitting and polarization effects in pair cascade models of gamma-ray burst spectra
OG 2.8 KARAKULA, S. Strong magnetized plasma in the y-ray burst sources
OG 2.9 BELLI, B.M. Shot noise and energy spectral behavior in gamma-ray burst
OG 2.10 PLUNKETT, S. A search for gamma ray transients at energies > 5 x 1013 eV
OG 2.11 ATTEIA, J.L. The spatial distribution of y-ray bursters
OG 3.1.2 BEDNAREK, W. The annihilation line in the crab nebula pulsar
OG 3.1.3 OWENS, A. A composite emission model for Cygnus x-1
OG 3.1.4 HARDING, A.K. Gamma rays form cosmic ray interactions in supernova shells
OG 3.1.5 DORFI, E.A. Production of y rays in SNR'S
OG 3.1.6 KARAKULA, S. The proton and electron beams in gamma ray sources
OG 3.1.7 MASTICHIADIS, A. Effects of triplet production on pair-compton cascades through thermal radiation
OG 3.1.9 IVANENKO, I.P. Electron-photon cascade in variable photon field
OG 3.2.2 WOLFENDALE, A.W. Predictions of the gamma ray sky to be seen by the gamma ray observatory
OG 3.2.4 YOUSSEFI, G. Inverse Compton emission from the galaxy
OG 3.2.5 POHL, M. Leptonic origin of galactic y-rays
OG 3.2.6 VARENDORFF, M. On the angular extent of the galactic 1.8 MeV emission
OG 3.2.7 STACY, J.G. On the origin of the diffuse high-energy gamma-ray emission: final results of a CO survey at high galactic latitudes
OG 3.2.8 SLASSI, S. Hexagone observation of gamma-ray continuum emission from the galactic center region
OG 3.2.10 HUNTER, S.D. Gamma rays from giant molecular clouds
OG 3.3.1 AKIMOV, V.V. Analysis of the temporal behavior of the vela pulsar with the high-energy telescope gamma-1
OG 3.3.5 BARRET, D. New sigma observations of GRS1724-308: a hard x-ray source in the globular cluster terzan 2
OG 3.3.6 DENIS, M. High energy x-ray observations of GX1+4 with sigma telescope
OG 3.3.7 LEBRUN, F. Observations of high-energy gamma-ray sources with the sigma telescope
OG 3.3.8 BOUCHET, L. Observations of 1E1740.7-2942 with the sigma telescope
OG 3.3.10 BASSANI, L. Sigma observations of the sky region containing 3c273
OG 3.3.12 JOURDAIN, E. Sigma observation of a steep spectrum in NGC4151
OG 3.4.1 MASSARO, E. Observation of the crab pulsar (PSR 0531+21) in the low energy gamma rays with the Figaro II experiment
OG 3.4.2 KERRICK, A.D. Search for pulsed gamma rays > 0.75 MeV from SN1987A
OG 3.4.4 POLCARO, V.F. Possible gamma ray emission in young open clusters berk 87, IC 1805 and CYG OB2
OG 3.4.6 POIRIER, J. All-sky survey for compact stellar souces yielding secondary muons at sea level
OG 3.4.8 BHATTACHARYA, D. A search for gamma-ray line and low energy continuum emission from sco x-1
OG 3.4.9 YOUNG, E.C.M. Reexamination of discrete sources with /b/ > 20 COS-B data
OG 4.1.4 TeV observations of the crab nebula and other plerions in the epoch 1988-91
OG 4.1.6 GIBBS, K.G. A search for 100 TeV emission from the crab nebula and pulsar using the UMC detector
OG 4.1.7 MURAKI, Y. Ultra high energy gamma-ray burst from crab region
OG 4.1.8 ALEXANDREAS, D.E. Search for UHE cosmic rays from the crab nebula/pulsar
OG 4.1.12 BAILLON, P. Observation of the crab in multi TeV gamma rays by the THEMISTOCLE experiment
OG 4.2.1 VACANTI, G. Search for VHE emission from Hercules x-1 with asgat
OG 4.2.3 VACANTI, G. Optical and VHE monitoring of the binary system HZ-hercules X-1
OG 4.2.4 MCKAY, T.A. A search for continuous 100 TeV gamma-ray emission from Hercules x-1
OG 4.2.6 WEEKS, D.D. Periodicity studies of air shower data from her x-1 using the SPICA experiment at akeno, japan
OG 4.2.7 ACHARYA, B.S. Search for UHE y-rays from Hercules x-1
OG 4.2.8 GUPTA, S.K. Hercules x-1: OOTY results on phase coherence in episodic pulsed flux at PeV energies
OG 4.2.9 MURAKI, Y. Observation of UHE photons from Her x-1
OG 4.2.10 ALEXANDREAS, D.E. Characteristics of "anomalous muon" events associated with Hercules x-1
OG 4.3.1 BOWDEN, C.C.G. Recent observations of VHE gamma rays from Cygnus x-3
OG 4.3.3 O'FLAHERTY, K.S. Upper limits to the TeV emission from Cygnus x-3 in 1988-90
OG 4.3.4 MERCK, M. Search for steady and sporadic emission of neutral radiation above 50 TeV with the HEGRA array
OG 4.3.5 COOPER, R.C. A search for evidence of point souces in the Cherenkov flash data from fly's eye II
OG 4.3.6 KRIMM, H.A. A search for 100 TeV gamma-ray emission from Cygnus x-3 using the 49 element UMC array
OG 4.3.7 ONG, R.A. A search for 100 TeV gamma-ray emission from Cygnus x-3
OG 4.3.9 AGLIETTA, M. Results in U H E y-ray astronomy by EAS-top in 1989-90
OG 4.3.10 CORBATO, S.C. Search for point sources of U.H.E. gamma rays using the Utah Cherenkov array
OG 4.3.11 GAO, X. Observation of UHE gamma rays using Mt. liang wang array
OG 4.3.13 ALEXEENKO, V.V. Steady flux limits for some UHE gamma-ray point sources from the baksan EAS array data
OG 4.3.16 ALEXEENKO, V.V. Burs-like event observed by baksan EAS array from the CRAB nebula 23 feb 1989
OG 4.3.17 BEAMAN, J. An all-sky survey search for continuous (DC) PeV gamma-ray emission made with GREX, the gamma ray experiment at haverah park
OG 4.3.18 ALEXANDREAS, D.E. Search for daily emission of ultra high energy air showers from point sources with the Cygnus experiment
OG 4.3.19 EFIMOV, N.N. Analysis of particle flux with E0 > 1017 eV from cyg x-3 and Her x-1 directions
OG 4.3.20 HAYASHIDA, N. A search for point sources above 1017 eV using data from the akeno giant air shower array
OG 4.3.21 NISHIDA, T. A search of intermittent component of air showers observed at mt chacaltaya
OG 4.3.23 MURAKI, Y. Positive evidence of UHE photons from CYG x-3
OG 4.4.1 BOWDEN, C.C. Phase coherence in the TeV emission from x-ray binaries
OG 4.4.2 AKERLOF, C.W. Search for TeV gamma-ray emission from classical gamma-ray sources with the whipple imaging telescope
OG 4.4.3 NORTH, A.R. TeV y-ray properties of x-ray binaries I: vela x-1
OG 4.4.4 BOWDEN, C.C.G. Further observations of VHE gamma rays from vela x-1
OG 4.4.5 THORNTON, G.J. VHE observations of the x-ray binaries vela x-1 and cen x-3
OG 4.4.6 NORTH, A.R. TeV y-ray properties of x-ray binaries I - Cen x-3
OG 4.4.7 ALLEN, W.H. Search for TeV gamma ray emission from cen A, vela x-1, cen x-3, and cir x-1
OG 4.4.8 GUPTA, S.K. Scorpius x-1: observations with the grapes array at OOTY during 1984-87
OG 4.4.11 ALEXANDREAS, D.E. Search for pulsed UHE emission from 4U0115+63 with the Cygnus array
OG 4.4.12 BOWDEN, C.C.G. 400 GeV gamma rays from AE aquarll
OG 4.4.13 MEINTJES, P.J. Pulsed TeV y-rays from AE AQUARII resembling optical pulsations during flares
OG 4.4.14 YOSHII, H. A search for gamma rays above 30 Tev from SN1987A
OG 4.4.15 ALLEN, W.H. Survey of UHE gamma ray sources in the magellanic clouds
OG 4.4.17 KANEKO, T. Search for point sources of gamma rays with energies above 30 TeV in the southern hemisphere
OG 4.4.18 ALLEN, W.H. Search for UHE gamma ray emission by southern objects
OG 4.4.19 INOUE, N. UHE gamma-rays from southern hemisphere x-ray binaries observed at mt chacaltaya
OG 4.4.20 MEYHANDAN, R. Comparisons of some apparent EHE point sources
OG 4.4.22 FINNEMORE, M. Progress report on the point-source search being made with the south pole air shower experiment
OG 4.5.5 REYNOLDS, P.T. A search for TeV gamma-ray emission from binaries and pulsars with the whipple imaging telescope
OG 4.5.6 BOWDEN, C.C.G. TeV gamma rays from PSR1855+09
OG 4.5.8 HE, Y.D. An upper limit to the diffuse cosmic ultra-high energy y spectrum
OG 4.5.9 AGLIETTA, M. Search for diffuse y-ray emission by EAS-top; the galactic disk and a sky survey
OG 4.5.10 JIANG, Y. Observations on the intensity distribution of gamma rays above TeV energies
OG 4.5.11 KAKIMOTO, F. Search for diffuse sources of gamma rays with energies above 30 TeV in the southern hemisphere
OG 4.5.12 TICONA, R. Diffuse emission of gamma-rays studied from headron-less air showers observed at Mt chacaltaya
OG 4.4.13 COVAULT, C.E. A search for diffuse sources of 100 TeV gamma-ray emission
OG 4.6.1 BOWDEN, C.C.G. Flux-limits for cosmic TeV gamma ray emission recorded by the university of durham telescopes
OG 4.6.2 BEAMAN, J. A search for episodic or periodic emission of PeV gamma-rays from galactic sources made with grex: the gamma-ray experiment at haverah park
OG 4.6.3 KRIMM, H.A. A search for discrete sources of neutral radiation above 1014 eV using the 49 element UMC prototype
OG 4.6.4 ALEXANDREAS, D.E. Search for steady emission from ultra high energy sources
OG 4.6.5 ALEXEENKO, V.V. A preliminary analysis of the large scale anisotropy of cosmic rays in the baksan gamma-ray astronomy experiment
OG 4.6.6 AMENOMORI, M. Search for celestial gamma-ray point sources with the Tibet air shower array
OG 4.6.7 NITZ, D. A search for the UHE sources of neutral radiation
OG 4.6.8 DAWSON, B.R. Search for EeV neutral particle sources in the southern hemisphere
OG 4.7.1 AKERLOF, C.W. Locating very high energy gamma ray sources with arc minute accuracy
OG 4.7.2 CHILINGARIAN, A.A. Application of multivariate analysis techniques to atmospheric Cherenkov imaging data from the crab nebula
OG 4.7.3 PUNCH, M. Supercuts: an improved method of selecting gamma-rays
OG 4.7.4 FOMIN, V.P. The false source method for detecting TeV gamma-ray sources
OG 4.7.5 HILLAS, A.M. Possible improvements to the sensitivity of detection of TeV gamma-ray sources using the Cerenkov imaging technique
OG 4.7.6 AHARONIAN, F.A. The theoretical outlook on possibilities of background air showers rejection for a system of VHE y-ray telescopes with the Cherenkov light imaging facilities
OG 4.7.7 CHILINGARIAN, A.A. New algorithms for y-quanta energy estimation by VHE y-ray telescopes with the Cherenkov light imaging facilities
OG 4.7.8 KONOPELKO, A.K. About a possibility of background rejection in VHE y-ray astronomy on the base of differences in the temporal structure of Cherenkov radiation of air showers
OG 4.7.9 PLYASHESHNIKOV, A.V. The theoretical analysis of differences in the space-temporal structure of the electrons number for air showers initiated by UHE y-quants and protons
OG 4.7.10 PARE, E. Image shapes of showers in UV and visible Cherenkov light
OG 4.7.11 REYNOLDS, P.T. Application of neural networks to atmospheric Cherenkov imaging data from the crab nebula
OG 4.7.12 SEMBROSKI, G. The use of neural nets to determine the source directions of VHE gamma ray air showers detected by an atmospheric Cherenkov air shower array
OG 4.7.13 HALZEN, F. Seperating gamma ray signals by Cherenkov imaging: neural network optimization
OG 4.7.15 LEWIS, D.A. Energy spectrum determination with the atmospheric Cherenkov imaging technique
OG 4.7.16 BOWDEN, C.C.G. The derivation of orbital parameters for x-ray binaries from TeV gamma ray data
OG 4.7.17 GAISSER, T.K. The analysis techniques used for the south pole air shower experiment
OG 4.7.18 BILLER, S.D. Differences between gamma-ray and proton initiated air showers in the range 1-100 TeV
OG 4.7.19 DUNAEVSKY, A.M. U-poor events in the UHE y-astronomy
OG 4.7.20 EDWARDS, P.G. On searches for short term gamma ray emission
OG 4.7.21 POPOVA, L. Precise determination of extensive air shower direction
OG 4.7.22 KARAKULA, S. The calculations of VHE y rays spectra from the cosmic ray sources
OG 4.7.23 CHILINGARIAN, A.A. Neural net classification of the gamma and p-images registered with atmospheric Cherenkov technique, random search learning in feed-forward networks
OG 4.8.1 MOSKALENKO, I.V. Possible explanation of VHE gamma-rays light curve of Cygnus x-3 and similar sources
OG 4.8.2 BEDNARCK, W. The mechanism of VHE emission from CYG X-3
OG 4.8.3 RAYCHAUDHURI, P. Effective photon hypothesis and very high energy gamma rays
OG 4.8.6 MULLAJANOV, E.J. The energy spectrum of the primary gamma-quanta in the energy region Ey > 5.1014eV
OG 4.8.7 DERMER, C.D. Triplet pair production by ultra relativistic electrons in a soft photon field
OG 4.8.8 GAISSER, T.K. Radiation from cosmic ray interactions in the galaxy
OG 4.8.9 CHI, X. Extragalactic cosmic rays from the VIRGO galaxy cluster
OG 4.8.10 DE JAGER, O.C. The inverse Compton gamma-ray spectrum of the crab nebula
OG 4.8.11 CAPDEVIELLE, J.N. Neutrons from galactic sources
OG 4.8.12 MASTICHIADIS, A. Effects of triplet pair production on relativistic electrons entering a soft photon field
OG 5.1.1 LUKASIAK, A. Study of cosmic ray isotope composition of light nuclei with 6 < Z < 14in the low energy range 50-200 MeV/N during the solar minimum period of cycle 22
OG 5.1.2 FERRANDO, P. Isotopic composition of Li, Be, and B at ~100MeV/n
OG 5.1.4 WESTPHAL, A.J. Progress on measurement of the isotopic composition of iron-group elements in the galactic cosmic rays
OG 5.1.7 HESSE, A. The isotopic composition of silicon and iron in the cosmic radiation as measured with the alice experiment
OG 5.1.8 AHLEN, S.P. A new measurement of the ratio 2H1/H in the cosmic radiation below 1 GeV/amu
OG 5.1.9 SEO, E.S. Study of 2H and 3H in the outer heliosphere
OG 5.1.10 AHLEN, S.P. A measurement of the 3He/4He ratio in the cosmic radiation from 100 MeV/amu to 500 MeV/amu
OG 5.1.11 AHLEN, S.P. A measurement of the 3He/4He abundance ratio in the cosmic radiation from 500 MeV/amu to 1100 MeV/amu
OG 5.1.12 AHLEN, S.P. Interpretation of the 3He/4He ratio in the cosmic radiation from 100 MeV/amu to 1100 MeV/amu
OG 5.2.3 ADAMS JR., J.H. Observations from LDEF of heavy ions below the geomagnetic cutoff
OG 5.2.4 AFANASSYEV, V. TREK: a cosmic ray experiment on the soviet space station MIR
OG 5.2.5 SEO, E.S. Cosmic ray proton and helium spectra during the 1987 solar minimum
OG 5.2.7 ADAMS, J.H. The absolute spectra of galactic cosmic rays at solar minimum and their implications for manned spaceflight
OG 5.2.10 SWORDY, S.P. A search for temporal variations and spatial anisotropies in the fluxes of heavy cosmic rays at TeV energies
OG 5.2.11 DUTTA, A. Futher evidence for the presence of low-energy partially ionized iron group ions in galactic cosmic rays
OG 5.2.13 BADHWAR, G.D. An improved model of galactic cosmic radiation for space exploration missions
OG 5.2.14 FERRANDO, P. Studies of low energy galactic cosmic ray composition at 22 AU - Primary / Primary ratios

Volume 2
OG 6.1.2 Study of primary cosmic ray composition with the macro experimentat gran sasso macro
OG 6.1.3 CHUDAKOV, A.E. Primary composition at energies 1013 - 1016 eV from the analysis of multiple muon events
OG 6.1.5 NIKOLSKY, S.I. The change of hadron multiple generation act at proton energies > 104 TeV and the "break" of primary cosmic ray energy spectrum
OG 6.1.8 BORDOLOI, T.C. Mass composition of primary cosmic rays above 1015 eV
OG 6.1.9 BAKATANOV, V.N. Primary cosmic ray composition at The E = (10 - 103) TeV/N from simultaneous recording of underground muon induced cascades and accompanying multimuons
OG 6.1.11 MEYER, P. Galactic propagation and source composition of high energy cosmic rays
OG 6.1.12 MULLER, D. The composition of the arriving cosmic ray flux at TeV energies and beyond
OG 6.1.13 CHI, X. The mass spectrum of cosmic rays above 1019 eV
OG 6.1.14 DAS GUPTA, U. Composition studies based on coincident air shower array and underground muon data
OG 6.1.15 KARAKULA, S. The formation of cosmic ray spectrum by photons field
OG 6.1.16 Primary cosmic-ray intensity inferred by scale-breaking model
OG 6.1.17 CHATELET, E. The primary mass composition in the 1-10 PeV energy range
OG 6.1.19 ICHIMURA, M. Observation of heavy cosmic-ray primaries in the energy region 1012 ~1014 eV/particle
OG 6.1.20 OHMORI, N. Fine structure of EAS cores and cosmic ray compositions
OG 6.1.21 ASAKIMORI, K. Energy spectra and composition of cosmic rays above 1TeV per nucleon
OG 6.1.23 Study of high energy cosmic rays through the measurement of the electromagnetic and TeV muon components of extensive air showers EASTOP, MACRO
OG 6.1.24 ALLISON, W.W.M. Simultaneous observations of extensive air showers and underground muons at Soudan 2
OG 6.1.25 OHNISHI, M. A study of cosmic-ray shadowing by the sun and the moon
OG 6.1.26 HAYASHINO, T. Cosmic ray composition at very high energies presumed from muon bundles observed in the frejus detector
OG 6.2.1 BAKATANOV, V.N. Muon and primary cosmic ray intensity from the baksan underground scintillation telescope
OG 6.2.3 GAO, X. Energy spectrum of cosmic rays in energy range of 1014 - 1016 eV
OG 6.2.5 FOMIN, YU. A. Energy spectrum of cosmic rays at energies of 5 x 1015 - 5 x 1017 eV
OG 6.2.6 NAGANO, M. Energy spectrum of primary cosmic rays between 1017 and 1020 eV observed at akeno
OG 6.2.7 DYAKONOV, M.N. Primary energy spectrum of cosmic rays with E0 ~1016 - 1020 eV on data of the Yakutsk array
OG 6.2.9 ASAKIMORI, K. Energy spectra of protons and helium nuclei above 5 TeV/nucleon
OG 6.2.10 AURIEMMA, G. The "knee" of the cosmic ray spectrum
OG 6.2.12 MATTHEWS, J. Spectra and composition studies with the UMC detector
OG 6.3.2 MORI, S. Observation of sidereal anisotropy of cosmic rays at 1012 eV at matsushiro underground stations (220 M.W.E. depth)
OG 6.3.4 GLUSHKOV, A.V. Search for local sources of ultra high energy cosmic rays
OG 6.3.5 HAYASHIDA, N. Arrival directions of cosmic rays above 1017 eV
OG 6.3.6 EGOROV, T.V. Search for anisotropy of ultra high energy cosmic rays
OG 6.3.7 LAWRENCE, M.A. Futher studies of the anisotropy of the highest energy cosmic rays using data recorded at haverah park
OG 6.3.8 SMITH, A.G.K. Arrival directions of extragalactic ultra high energy cosmic rays
OG 6.3.9 BLAKE, P.R. Study of galactic anisotropies using muon content selected EAS
OG 7.1.1 BASINI, G. Observations of cosmic ray electrons and positrons using an imaging calorimeter
OG 7.1.3 VAN DER WALT, D.J. The high energy cosmic ray electron spectrum
OG 7.1.4 MASTICHIADIS, A. Cosmic ray positrons from photon-photon pair production?
OG 7.1.5 LOPATE, C. Jovian and galactic electrons (2-30 MeV) in the heliosphere from 1 to 50AU
OG 7.1.6 BRIGGS, M.S. Observations of galactic positron annihilation radiation
OG 7.1.7 BANDAY, A.J. Cosmic ray and other foreground effects in the search for fluctuations in the cosmic microwave background
OG 7.1.8 CHI, X. What does the radio-far infrared correlation tell about cosmic ray electrons in spiral galaxies?
OG 7.1.9 DURIC, N. Distributions of cosmic ray electrons in spiral galaxies
OG 7.1.10 DURIC, N. The radio-infrared correlation of galaxies
OG 7.2.2 AGLIETTA, M. Search for primordial antimatter with antartic ballom flights
OG 7.2.3 MULLER, D. HEAT: a high energy antimatter telescope
OG 7.2.4 TOMASCH, A.D. A new superconducting magnet based rigidity spectrometer for the HEAT balloon instrument
OG 7.2.5 PERKO, J.S. An estimate of the local interstellar antiproton spectrum by reverse solar modulation of the data
OG 7.2.7 URBAN, M. Antimatter research through the earth moon ion spectrometer
OG 8.1.1 CHUVILGIN, L.G. Anomalous diffusion of cosmic rays across the magnetic field
OG 8.1.2 PTUSKIN, V.S. Cosmic rays in the cloudy interstellar medium: diffusion of radioactive nuclei
OG 8.1.3 PTUSKIN, V.S. Diffusion and drift of very high energy cosmic rays in galactic magnetic field
OG 8.1.4 VOELK, H.J. On the mean diffusion coefficient and the closure problem for energetic particle hydrodynamics
OG 8.1.5 BEREZHKO, E.G. Cosmic ray propagation at their moderate and strong modulation
OG 8.1.6 ACHATZ, U. Charged particle transport in a turbulent magnetized plasma
OG 8.1.7 KO CHUNG-MING. Cosmic ray energy equation with second order Fermi effect
OG 8.1.8 KO CHUNG-MING. Cosmic ray modified stellar winds with Alfven waves
OG 8.1.9 KO CHUNG-CHUNG. A self-consistent model for the cosmic ray supported galactic halo
OG 8.1.10 BREITSCHWERDT, D. Effect of the cosmic ray spectrum on a galactic wind outflow
OG 8.1.11 CHI, X. Terminated fountain model of cosmic ray propagation I: large - scale distribution
OG 8.2.1 WANDEL, A. Compositional modification of TeV cosmic rays by galactic reacceleration
OG 8.2.2 WIBIG, T. Cosmic ray path lengths and galactic gradient in modified galactic centre production model
OG 8.2.3 ZHANG, L. The effect of cosmic ray's radial distribution on path length distribution of cosmic ray in diffusive picture
OG 8.2.4 MU, J. The galactic cosmic ray's propagation under reacceleration condition
OG 8.2.5 SOUTOUL, A. On the charge state of heavy ions in the cosmic ray accelerators, B-trapping of heavy cosmic rays from near-by sources in the earth magnetic field
OG 8.2.6 SILBERBERG, R. Abundances of electron capture decay nuclei derived from transport models
OG 8.2.7 LETAW, J.R. Secondary to primary and secondary-to-secondary ratios derived from transport models
OG 8.2.8 WADDINGTON, C.J. The propagation of UH cosmic ray nuclei
OG 8.2.9 JONES, F.C. Best approximation to the weighted slab method
OG 8.2.10 ZHANG, L. On the basic model of galactic cosmic ray's propagation
OG 8.3.1 RUSCH, G. Fragmentation of heavy projectile nuclei with energies between 200 and 1000 MeV/nucleon
OG 8.3.2 HIRZEBRUCH, S.E. Nuclear fragmentation cross sections at relativistic energies
OG 8.3.3 CRAWFORD, H.J. Low energy (E < 360 MeV/nucleon) fragmentation cross sections for use in GCR propagation calculations
OG 8.3.4 WADDINGTON, C.J. Fragmentation of UH nuclei
OG 8.3.5 TRANSPORT COLLABORATION. Elemental production cross sections from neon to nickel
OG 8.3.6 TRANSPORT COLLABORATION. Charge change total cross section measurements of heavy nuclide fragmentation at LBL HISS facility
OG 8.3.7 TRANSPORT COLLABORATION. Isotopic production cross-sections from projective fragmentation of relativistic heavy ions
OG 8.3.8 SHAPIRO, M.M. Current status of cosmic-ray "Age"
OG 8.3.9 BISWAS, S. Ratio of sub-iron (Sc-Cr) to iron (Fe) ions in low energy galactic cosmic rays inside and outside earth's magnetosphere
OG 8.3.10 MITRA, B. Implications of the observations of partially ionized states in the low energy galactic cosmic rays
OG 9.1.1 PAJOT-EL ABED, P.H. The role of the curvature on cosmic ray acceleration
OG 9.1.2 ELLISON, D.C. On the necessity of particle escape in steady-state shock acceleration
OG 9.1.3 BENNETT, L. A kinetic description of time-dependent Fermi shock acceleration: progress report
OG 9.1.5 JOKIPII, J.R. Viscous effects at cosmic-ray shocks
OG 9.1.6 WEBB, G.M. Wave diffraction in cosmic ray modified shocks
OG 9.1.7 CAMPEANU, A. Alfven wave transmission and stochastic particle acceleration at astrophysical shock waves
OG 9.1.8 QUENBY, J.J. The breakdown of diffusive shock acceleration theory in the relativistic, highly oblique and highly turbulent limits
OG 9.1.10 JONES, T.W. Physics of the acoustic instability in cosmic ray dominated shocks
OG 9.1.12 BARRING, M.G. Particle scattering by whistler waves as a means of electron injection in shock acceleration
OG 9.1.13 GISLER, G.R. Simulations of second-order Fermi acceleration of charged particles: production of a seed population
OG 9.1.14 OSTROWSKI, M. Cosmic ray acceleration at relativistic shock waves with oblique magnetic fields in the presence of finite amplitude field perturbations
OG 9.1.15 OSTROWSKI, M. I and II order Fermi acceleration at shock waves
OG 9.1.16 KOSHELKIN, A.V. Synchrotron radiation emission of an ultrarelativistic particle in a magnetic field in scattering matter taking into account of non-elastic processes
OG 9.1.7 KOSHELKIN, A.V. Bremsstrahlung emission of a rare bunch of ultrarelativistic charged particles in scattering matter
OG 9.1.18 AN, S. Properties of the auxiliary function of magnetic bremsstrahlung
OG 9.1.19 AN, S. On cone approximation of gamma-ray radiation from relativistic electron
OG 9.1.20 SZABO, A.P. Particle production during acceleration in a radiation field
OG 9.1.22 WEBB, G.M. Energetic charged particle transport in the schwarzchild metric
OG 9.2.1 KOCHAROV, G.E. Cosmic rays near the earth from the supernova explosion
OG 9.2.4 DURIC, N. Supernova remnants and particle acceleration in M33
OG 9.2.5 DORFI, E.A. Radiative cooling and particle acceleration in SNR'S
OG 9.2.6 REYNOLDS, S.P. A green's function solution for the spherical diffusion equation in the presence of energy losses, and its applications to crablike supernova remnants
OG 9.2.7 REYNOLDS, S.P. Radio spectra of supernova remnants modeled by electron acceleration in a modified shock
OG 9.2.8 SOUTOUL, A. On cosmic ray from supernova remnants
OG 9.2.10 GREEN, D.A. Ongoing acceleration in supernova remnants?
OG 9.2.11 SAKURAI, K. A composite origin of the source composition of galactic cosmic rays
OG 9.2.12 BELL, A.R. Cosmic ray acceleration in pulsar-driven supernova remnants
OG 9.3.2 CHENG, K.S. Steady and periodic gamma-ray emission from accreting x-ray pulsars
OG 9.3.3 CHENG, K.S. Neutrino production from accreting x-ray pulsars
OG 9.3.4 AN, S. Angular distribution of gamma-ray radiation from magnetic polar caps of fast pulsars
OG 9.3.5 BEREZHKO, E.G. Generation of super-high energy cosmic rays in the vicinity of pulsars
OG 9.3.8 JOHNSON, P.A. Rapid stochastic narrow-beam acceleration of protons to above 100 TeV in the accretion column of Hercules x-1
OG 9.3.9 CHI, X. Cosmic rays from galactic sources above 1019 eV
OG 9.3.10 WANDEL, A. X and y rays from hybrid accretion disks in AGN
OG 9.3.14 HILLAS, A.M. Narrow-beam geometry for VHE-UHE gamma-ray sources: a possible reason for sporadic detection and overestimation of power?
OG 9.3.15 QUENBY, J.J. Where can we find an accelerator of 1021 eV particles?
OG 9.3.17 MATTHEWS, L. A roast EUV survey of coronal activity in nearby stars and cosmic ray injection into the interstellar medium
OG 9.3.18 DE JAGER, O.C. Evidence for particle acceleration in AE Aqr from radio and x-ray observations
OG 10.1.2 BINNS, W.R. A bevalac calibration of a scintillating optical fiber hodoscope for possible use on the advanced composition explorer (ACE)
OG 10.1.3 O'NEILL, T.J. A new Compton gamma ray telescope with recoil electron tracking
OG 10.1.4 DOMINGO, C. Latent track formation and evolution as a function of temperature in plastic track detectors and their influence on ultra heavy cosmic ray identification
OG 10.1.5 NAGATA, N. Calibration experiment of high energy heavy cosmic ray isotope identifier for geotail
OG 10.1.6 AKIMOV, V.V. Performance of "gamma-1" telescope in flight
OG 10.1.8 OWENS, A. Evaluation of the cosmic-ray induced background in coded aperture high energy gamma-ray telescopes
OG 10.1.9 DOKE, T. Scintillating fibers as a detector for the observation of cosmic gamma rays ranging from 200 MeV to 200 GeV
OG 10.1.11 LERAY, J.P. In-orbit performances of the hard x-ray/soft gamma-ray telescope sigma on board the soviet spacecraft granat
OG 10.1.12 OWENS, A. The transient gamma-ray spectrometer: a new instrument for gamma ray burst spectroscopy
OG 10.1.13 KUNOW, H. The kiel electron telescope on board Ulysses
OG 10.1.14 BINNS, W.R. UHCR: a cosmic ray mission to study nuclei in the charge range from 20 < Z < 100
OG 10.1.15 BINNS, W.R. Response of scintillators to UH nuclei
OG 10.1.16 BHATTACHARYYA, D.P. Studies on elemental fragmentation cross section for relativistic U + Al interactions using CR-39 (DOP) plastic detector
OG 10.1.17 BHATTACHARYYA, D.P. CR-39 (DOP) as a relativistic 238U-ion detector
OG 10.1.18 ADAMS JR, J.H. The heavy ions in space experiment: preliminary calibration and analysis
OG 10.1.19 ICHIMURA, M. New energy determination method for heavy primary by the use of fragmented particles
OG 10.1.20 ENGELAGE, J. A heavy ion spectrometer system used for the measurement of projectile fragmentation of relativistic heavy ions
OG 10.1.21 HOLZER, T.E. The interstellar probe: a frontier mission to the heliospheric boundary and interstellar space
OG 10.1.22 CAROLI, E. A room temperature solid-state gamma-ray spectrometer with imaging capabilities
OG 10.1.23 THOMPSON, A. The ultra heavy cosmic ray experiment on the LDEF spacecraft - a postflight report
OG 10.1.24 ORMES, J.F. The astromag free flyer
OG 10.1.25 BASKOV, V.A. High resolution gamma-telescope with monocrystal converter
OG 10.2.1 BAZZANO, A. ALISE: a balloon borne hard x-ray imager
OG 10.2.2 EDBERG, T.K. Prospects for high pressure gas scintillation drift chambers
OG 10.2.3 AHLEN, S.P. SMILI (superconducting magnet instrument for light isotopes) a balloon borne magnet spectrometer
OG 10.2.4 ASAKIMORI, K. Spectra, composition, and interactions of nuclei with a balloon-borne super-conducting magnet
OG 10.2.5 CLEMENTS, D.P. Development of digital optical spark chamber hodoscopes for balloon payloads
OG 10.2.6 DWYER, J. The construction of a large ring imaging Cerenkov counter (RICH) for balloon borne measurements
OG 10.2.8 BUCKLEY, J. The performance of a new Cerenkov telescope for observations of light cosmic ray nuclei at high energies
OG 10.2.9 SALAMON, M.H. Magpie, a magnetic passive isotope experiment to measure the cosmic ray iron group isotope abundances
OG 10.2.10 FOWLER, P.H. An instrument to measure the energy spectra of cosmic rays from 20 to 100 GeV per nucleon
OG 10.3.1 AKERLOF, C.W. Cherenkov air shower imaging telescopes arrays - current progress and future plans
OG 10.3.2 FLEURY, P. Cerenkov ring images of cosmic ray muons
OG 10.3.3 MCEVOY, J.J. Use of a CCD camera to improve the performance of a high resolution Cherenkov imaging telescope for TeV gamma-ray astronomy
OG 10.3.4 FOMIN, V.I. Comparison of the imaging gamma-ray telescopes at the crimea and whipple observatories
OG 10.3.5 EBISUZAKI, S. The cangaroo project 3.8m telescope
OG 10.3.6 EBISUZAKI, S. The cangaroo project
OG 10.3.7 AHARONIAN, F.A. A system of air Cherenkov telescopes in the HEGRA array
OG 10.3.8 MULLER, N. Shower simulations for a system of five imaging Cherenkov telescopes
OG 10.3.9 BRINK, C. The nooitgedacht MK II TeV y-ray telescope
OG 10.3.10 BOWDEN, C.C.G. The university of durham mark V composite gamma ray telescope
OG 10.3.12 GORET, P. ASGAT: a fast timing VHE gamma-ray telescope
OG 10.3.13 TUMER, O.T. Solar one gamma ray observatory for intermediate high energies of 10 to 500 GeV
OG 10.3.14 KRYS, A. Analysis of the possibility of detection of gamma-rays by Cherenkov light measurements
OG 10.3.15 ROWELL, G.P. Calibration of gamma ray telescopes with single muon Cerenkov pulses
OG 10.3.16 ROBERTS, M.D. A pulse shape discrimination system for the woomera gamma ray telescope
OG 10.3.17 SMITH, N.I. Padder system for photomultipliers based on noise rate
OG 10.3.19 AKOPYAN, A.M. The problem of search and observation of gamma quanta sources with energies 1012 - 1013 eV
OG 10.3.21 KERTZMAN, M.P. Determination of the detection characteristics of VHE gamma ray air Cerenkov telescopes by use of the kascade shower simulation program
OG 10.3.22 GOODMAN, M. Combination of probabilities in looking for cosmic ray sources
OG 10.3.23 ANTONOV, R.A. The angular resolution of timing Cherenkov detectors of tien-shan gamma-telescope
OG 10.4.2 BEAMAN, J. Data analysis techniques used for GREX: the PeV gamma ray experiment at haverah park
OG 10.4.4 ALEXANDREAS, D.E. Angular resolution of the CYGNUS EAS array from the shadows of the moon and sun
OG 10.4.5 ALEXANDREAS, D.E. Studies on improving the angular resolution of the CYGNUS array
OG 10.4.6 BERLEY, D. JASA: initial results from a prototype water Cerenkov air shower detector
OG 10.4.7 WILLIAMS, D.A. MILAGRO-A TeV air shower array
OG 10.4.8 BORODOVSKY, L. The high resolution FLY's eye (HIRES): parameters and motivation
OG 10.4.9 AU, W. Description and status of the high resolution (HIRES) fly's eye experiment
OG 10.4.10 BORODOVSKY, J. Observation of real and simulated showers using the first two high resolution fly's eye (hire) mirrors
OG 10.4.11 CHIBA, N. Akeno giant air shower array (agasa) covering 100Km2 area
OG 10.4.12 AMENOMORI, M. Performance of the Tibet air shower array for search for gamma-ray point sources
OG 10.4.14 AGLIETTA, M. Detection of the shadow of the sun and the moon on 100 TeV cosmic rays (EAS-top data)
OG 10.4.15 MEYHANDAN, R. EAS direction re-analysis with shower front curvature
OG 10.4.16 LEUNG, K.C. Determination of the characteristics of large area muon detectors using acrylic sheets
OG 10.4.17 MORI, S. Japan-australia observation of the north south sidereal asymmetry at ~1012 eV
OG 10.4.18 DURIC, N. Separation of synchrotron and thermal emission in spiral galaxies
OG 10.4.19 FICK, B.E. UMC: a sensitive new detector for UHE gamma-ray astronomy
OG 11.1 DADYKIN, V.L. Correlation between muons and low energy pulses at LSD of the mont blanc laboratory from February 10 to july 1, 1987
OG 11.4 BANDAY, A.J. On the correlation fuction of the galactic synchrotron radiation
OG 11.5 KONISHI, T. A statistical test on the spatial angular distributions of electrons from neutrino burst from SN 1987A obtained by IMB and kamiokande groups
OG 11.7 MCBREEN, B. Interaction of relativistic dust grains with the solar radiation field
OG 11.8 BUCHNOV, O.V. Barometric coefficients of neutron monitor
OG 11.9 LAGUTIN, A.A. Influence of the energy loss fluctuations on muon transport in rock

Volume 3
SH 1.1 GALLEGOS-CRUZ, A. Efficiency of particle acceleration by magnetosonic waves
SH 1.7 PEREZ-PERAZA, J. Spectrum of accelerated particles in solar proton events with a prompt component
SH 1.8 ZENG HAISHENG. An explanation of the electron energy spectra of solar pure electron events and proton electron events
SH 2.1.1 REAMES, D.V. Energy spectra of ions from impulsive solar flares
SH 2.1.2 KALLENRODE, M.B. Solar energetic proton events without type II burst
SH 2.1.3 KAHLER, S.W. Ground-level events from impulsive solar flares
SH 2.1.4 CLIVER, E. Size distributions of solar energetic particle events
SH 2.1.6 NAGASHIMA, K. Quiescence of GLE-producibe solar proton eruptions during the transition phase of heliomagnetic polarity reversal near the solar activity maximum period
SH 2.2.1 STOKER, P.H. The sensitivity of the tsumeb neutron monitors to solar event neutrons
SH 2.2.2 TAKAHASHI, K. Observation of solar neutrons by Mt. norikura neutron monitor during a period of solar cycle 22
SH 2.2.3 SHEA, M.A. The evolution of the anisotropy of solar neutron decay protons during the 19 october 1989 solar cosmic ray event
SH 2.2.4 MURAKI, Y. On the isolated neutron events of feb. 22, 1991 and may 3, 1991
SH 2.2.5 MURAKI, Y. Solar neutrons associated with the large solar flare of june 1991
SH 2.2.6 PYLE, K.R. Observation of a direct solar neutron event on 22 march 1991 with the haleakala, Hawaii, neutron monitor
SH 2.2.7 PYLE, K.R. Solar flare generated neutrons observed by neutron monitors on 24 may 1990
SH 2.3.1 MARSCHHAUSER, H. Spectral gamma-ray variations of the long-duration flare of 1989 march 6
SH 2.3.2 DUNPHY, P. High-energy gamma rays and neutrons from the solar flare of 1989 march 6
SH 2
3.5 VESTRAND, W.T. New measurements of the anisotropy of solar flare gamma-rays
SH 2.3.6 AKIMOV, V.V. Observation of high energy gamma-rays from the sun with the gamma-1 telescope (E > 30 MeV)
SH 2.3.7 GUEGLENKO, V.G. The influence of pitch-angle scattering of accelerated particles on the gamma-ray emission of solar flares
SH 2.3.8 KALLENRODE, M.B. Kilometric type III radio bursts and relativistic electrons
SH 2.3.9 KAHLER, S.W. A comparison of nonrelativistic electron escape factors between solar flares with and without coronal mass ejections
SH 2.3.11 PELAEZ, F. Detection of MeV gamma-rays during 5 solar flares observed with the anti-coincidence shield of the SIGMA telescope
SH 3.1.1 AHLUWALIA, H.S. The ground level enhancement of September 29, 1989
SH 3.1.2 SMART, D.F. Solar cosmic rays on 29 september 1989, an analysis using the world-wide network of cosmic ray stations
SH 3.1.3 SMART, D.F. A comparison of the magnitude of the 29 september 1989 high energy event with solar cycle 17, 18 and 19 events
SH 3.1.4 BAISULTANOVA, L.M. The features of the ground level increase of cosmic ray intensity on September 29, 1989
SH 3.1.5 HUMBLE, J.E. The 29 september 1989 solar cosmic ray event as observed by Australian stations
SH 3.1.7 FILIPPOV, A.T. Solar cosmic ray flare on September 29, 1989 by data of the Yakutsk array complex
SH 3.1.8 STOKER, P.H. Coronal and interplanetary transport of solar flare protons from the ground level event of 29 september 1989
SH 3.1.9 MORISHITA, I. Space distribution and rigidity spectrum of solar particles of the GLE observed on 29 september, 1989
SH 3.1.12 KOHNO, T. Solar proton intensity magnitudes of large flares on fall 1989 observed at synchronous orbit
SH 3.1.13 BIEBER, J.W. Determination of energy spectra for the large solar particle events of 1989
SH 3.1.14 KAHLER, S.W. The double coronal mass ejection event and long rise time of the energetic particle event of 12 august 1989
SH 3.1.15 TORSTI, J.J. Estimation of transport parameters for the solar cosmic ray events in 1989
SH 3.1.16 TORSTI, J.J. Search of peculiarities in the flux profiles of GLE's in 1989
SH 3.1.19 KANANEN, H. A quarter of a century of relativistic solar cosmic ray events recorded by the oulu neutron monitor
SH 3.1.20 GENTILE, L.C. Accessing the computerized database of solar relativistic proton data for the ground-level enhancements of solar cycle 22
SH 3.1.21 SMART, D.F. The effect of local time dependence on the observation of an anisotropic solar cosmic ray flux by aircraft
SH 3.1.22 MATHEWS, T. Atmospheric normalization of solar flare ground level events
SH 3.1.23 MATHEWS, T. Muon telescope observations of the solar flare ground level event of 29 september 1989
SH 3.2.1 TIMOFEEV, V.E. Solar activity and propagation peculiarities of the solar cosmic rays in the middle of 1982
SH 3.2.2 WENZEL, K.P. Ulysses observations of solar energetic particles between 1 and 3 AU
SH 3.2.3 SANDERSON, T.R. Ulysses observations of the march 1991 solar flare event
SH 3.2.4 KEPPLER, E. The Ulysses energetic particle composition experiment EPAC and the march 1991 solar events
SH 3.2.5 LANZEROTTI, L.J. Low energy ion and electron measurements of the march-april 1991 solar events by Ulysses
SH 3.2.6 HYNDS, R.J. Measurements of low energy charged particles during the march 1991 solar particle event
SH 3.2.8 MCDONALD, F.B. Solar/interplanetary energetic particles in the outer heliosphere
SH 4.1.1 SAKAI, T. The dependence of the applicability of spatial diffusion equation for solar cosmic rays upon the magnitude of time derivative of anisotropy
SH 4.1.2 MASON, G.M. Radial propagation of solar energetic particles assuming large scattering mean free paths in the interplanetary medium
SH 4.1.3 BACHAREVA, M.F. The influence of stochastic acceleration in the interplanetary medium on the solar flare particle propagation
SH 4.1.4 TAN, L.C. Focused transport of energetic particles along magnetic field lines draped around a coronal mass ejection
SH 4.1.5 NG, C.K. Focused interplanetary transport of solar energetic particle through self-generated Alfven waves
SH 4.1.6 KALLENRODE, M.B. Coronal propagation and sector boundaries
SH 4.1.7 WANNER, W. Variations of magnetic field fluctuation spectra inside 1 AU
SH 4.1.8 WANNER, W. Mean free paths from magnetic field power density spectra for selected helios solar proton events
SH 4.1.9 DROGE, W. High frequency magnetic field fluctuations in the solar wind and their effect on the propagation of solar particles
SH 4.1.10 JACKEL, U.H.L. Quasilinear theory of pitch-angle diffusion for a class of intermediate models between slab and isotropic models
SH 4.1.11 JACKEL, U.H.L. The resonance broadening concept for cosmic-ray pitch-angle diffusion and plasma wave dissipation
SH 4.1.12 SCHLICKEISER, R. Interplanetary transport of solar cosmic rays and dissipation of Alfven waves
SH 4.1.13 ACHATZ, U. Interplanetary transport of solar cosmic rays
SH 4.1.14 SAULES, G. Pitch angle diffusion coefficients and mean free paths of energetic particles from IMF power and helicity spectra
SH 4.1.16 BIEBER, J.W. Cosmic ray pitch angle scattering in dynamical magnetic turbulence
SH 4.1.17 PAULS, H.L. The propagation of solar particles - effects of magnetic helicity revisited
SH 4.1.18 CHUVILGIN, L.G. Cosmic ray scintillations in random electric and magnetic fields
SH 4.1.19 YUDAKHIN, K.F. Cosmic ray scintillations in random magnetic field with non-zero helicity
SH 4.1.20 EARL, J.A. Effect of magnetic helicity upon rectilinear propagation of charged particles in random magnetic fields
SH 4.1.21 DORMAN, L.I. Cosmic ray propagation in the compressed turbulence matter
SH 4.1.22 PAULS, H.L. The propagation of solar particles - effects of magnetic helicity and focusing
SH 4.2.1 BEREZHKO, E.G. Numerical simulation of particle acceleration process by the earth's bow shock
SH 4.2.2 VANDAS, M. Acceleration of electrons by a nearly perpendicular curved shock wave
SH 4.2.3 HERA, A.M. Large-scale effects of three interplanetary shocks on the associated particle events as a function of their solar origin longitude
SH 4.2.4 RICHARDSON, I.G. MeV/n ions associated with corotating high-speed solar wind streams at < 1 AU during 1978 to 1986
SH 4.2.5 RICHARDSON, I.G. Bidirectional MeV/n ion intervals: observations from the goddard space flight center instruments on the ISEE 3/ICE, IMP 8, helios-1 and helios-2 spacecraft
SH 4.2.6 DECKER, R.B. Distributions of 30-400 KeV ions associated with an interplanetary shock at voyager 2 (30 AU) and voyager 1 (38 AU) in 1989
SH 4.2.7 DROGE, W. The propagation of super-events from 3.3-35 AU
SH 4.2.8 ADAMS Jr., J.H. Maximum distance to the acceleration site of the anomalous component of cosmic rays
SH 4.2.9 MCKENNA-LAWLOR, S. Historic data taken aboard giotto by the energetic particle detector EPONA on the first occasion when an interplanetary probe re-encountered the earth
SH 4.2.10 MCKENNA-LAWLOR, S. Energetic particle measurements made by the SLED instrument aboard the phobos mission during more than one hundred circular orbits of mars
SH 5.1.1 GISLER, G.R. Composition and energetic of solar flare particle events measured by satellites, 1989-91
SH 5.1.2 REAMES, D.V. Element abundances in solar 3He-rich events
SH 5.1.3 GRIGOROV, N.L. Fluxes of 10 MeV/nucleon ions with charge Z>6 in near earth space during 1988-1990
SH 5.1.4 CANE, H.V. Abundance variations in solar energetic particles
SH 5.1.5 GARRARD, T.L. Heavy ions in the October 1989 solar flares observed on the Galileo spacecraft
SH 5.1.6 MARSDEN, R.G. Ulysses SEP composition measurements: first results from the cospin LET experiment
SH 5.1.7 LOGACHEV, YU.I. Background fluxes of low-energy particles in interplanetary space
SH 5.1.9 BEAUGEAN, R. Preliminary results on heavy ion measurements during the October 1989 solar particle event
SH 5.2.1 DUTTA, A. Ionization states of the anomalous cosmic rays
SH 5.2.2 ADAMS Jr., J.H. The mean charge state of solar energetic oxygen ions
SH 5.2.3 PETUKHOV, S.I. Contribution of interstellar medium neutrals to cosmic rays, acceleration by solar wind turbulence
SH 5.2.4 ADAMS Jr., J.H. The mean charge state of anomalous cosmic ray oxygen
SH 5.2.5 CUMMINGS, A.C. The isotopic composition of anomalous cosmic ray neon
SH 5.3.1 FERRANDO, P. Observation of jovian electrons by the Ulysses electron telescope
SH 5.3.2 KIRSCH, E. Heavy ions and micro dust fluxes recorded during the giotto halley flyby
SH 5.3.3 TAN, L.C. Energetic heavy ions observed near comet giacobini-zinner
SH 6.1.1 LOPATE, C. Radial gradients of galactic cosmic rays and anomalous components in the heliosphere: pioneer 10/11, Ulysses and IMP 8 measurements
SH 6.1.2 FILLIUS, W. Energy dependence of cosmic ray modulation features observed by pioneers 10 and 11 during the last cycle
SH 6.1.3 STONE, E.C. The physical significance of "shifted" gradients and the location of the solar wind termination shock
SH 6.1.4 LOPATE, C. The 2H/1H ratio as a test for the presence of anomalous protons at pioneer 10 near solar minimum in 1987
SH 6.1.5 FILLIUS, W. Time and latitude dependence of cosmic ray modulation features observed by pioneers 10 and 11 during the last cycle
SH 6.2.1 KOCHAROV, G.E. On solar modulation of cosmic rays and solar-terrestrial relations over the past 400 years
SH 6.2.2 AHLUWALIA, H.S. A comparison of cosmic ray modulation during cycles 19 and 22
SH 6.2.6 SWINSON, D.B. Correlation of cosmic ray intensity to the tilt of the heliospheric neutral sheet
SH 6.2.8 CLIVER, E. Solar activity in may 1987 at the onset of the new cosmic ray modulation cycle
SH 6.2.10 BRAVO, S. Galactic cosmic rays and polar coronal holes
SH 6.2.13 AHLUWALIA, H.S. Radial anisotropy in ion chamber data
SH 6.2.15 DULDIG, M.L. Underground observations of the sidereal diurnal variation at mawson
SH 6.2.16 NAGASHIMA, K. Galactic cosmic-ray anisotropy and its heliospheric modulation, inferred from the observation of sidereal semidiurnal variations in the rigidity range 300-600 GV with multidirectional muon telescope at sakashita underground station
SH 6.2.17 DORMAN, L.I. Influence of nonstationarity on the modulation and the radial gradient of cosmic rays
SH 6.2.18 OKHLOPKOV, V.P. General magnetic field of the sun and two-year variations of galactic cosmic rays
SH 6.3.1 DULDING, M.L. Solar diurnal and semi-diurnal variations observed underground at mawson
SH 6.3.2 KUMAR, S. Long term variation of diurnal anisotropy in CR on QD till 1990
SH 6.3.5 MORI, S. Observation of earth's orbital motion using cosmic-ray Compton-getting effect at matsushiro underground station
SH 6.3.7 DARWISH, A.A. The effect of forbush decreases on solar diurnal variation of cosmic ray nucleonic components
SH 6.3.8 MUNAKATA, Y. Long term change of the effect of high speed solar wind to cosmic ray solar diurnal variation
SH 6.3.11 BELOV, A.V. The amplitude-phase interrelation and other peculiarities of the first cosmic ray anisotropy harmonic
SH 6.3.12 AHLUWALIA, H.S. Observed higher harmonics of cosmic ray daily variation
SH 6.3.13 FIKANI, M.M. Observations of semi-diurnal and tri-diurnal variations of cosmic ray intensity over a complete solar magnetic cycle
SH 6.3.17 AHLUWALIA, H.S. The limiting primary rigidity for the cosmic ray diurnal anisotropy and IMF
SH 6.4.1 KRIVOSHAPKIN, P.A. Dependence of north-south asymmetry of galactic cosmic rays on angular distance to heliosphere current sheet
SH 6.4.3 CHEN, J. North-south asymmetric solar modulation of cosmic rays
SH 6.4.4 SWINSON, D.B. Long-term waves in the cosmic ray north-south anisotropy: I: 27-day waves
SH 6.4.5 SWINSON, D.B. Long-term waves in the cosmic ray north-south anisotropy: II: 1 year and 11 year waves
SH 6.4.6 AHLUWALIA, H.S. Irregular asymmetrical latitudinal cosmic ray density gradient
SH 6.5.1 LOPATE, C. Cosmic ray heliospheric propagation during ~22-year solar magnetic field cycles
SH 6.5.2 GARCIA-MUNOZ, M. The dependence of solar modulation on the sign of the cosmic Ray particle change during the 22-year solar magnetic cycle
SH 6.5.3 POPIELAWSKA, B. Characteristics of the long term cosmic ray modulation during "Toward" and "away" phase of the solar magnetic cycle
SH 6.5.4 EVENSON, P. Modulation of 1-10 GeV cosmic electrons
SH 6.5.5 RAVIART, A. Modulation of high energy particles as seen by the Ulysses electron telescope
SH 6.5.7 MCDONALD, F.B. The role of drifts and merged interaction regions in the long term modulation of cosmic rays
SH 6.5.8 REINECKE, J.P.L. Cosmic ray modulation near solar minimum in terms of a no-drift model
SH 6.5.9 LEMMER, M. 11 and 22 year periodicities of the cosmic ray diurnal variation
SH 6.5.12 BIEBER, J.W. Solar magnetic cycle variation of cosmic ray gradients and scattering mean free path
SH 6.5.13 TRANSKY, I.A. Cosmic ray anisotropy changes during magnetic field inversion of the sun
SH 6.6.3 KOTA, J. Solar wind streams and galactic cosmic rays: results from a three-dimensional simulation
SH 6.6.4 PERKO, J.S. Simulations of the relative galactic cosmic-ray intensity between voyager 1 and voyager 2
SH 6.6.5 BAKER, C.P. Are shocks important in the modulation of high energy cosmic rays?
SH 6.6.6 WILLIAMS, T. The length of the wavy heliospheric neutral sheet as a modulation parameter
SH 6.6.7 POTGIETER, M.S. The simulated features of the heliospheric modulation of galactic cosmic rays using a time-dependent drift model: I. effects of the changing current sheet
SH 6.6.8 LEROUX, J. A. The simulated features of the heliospheric modulation of galactic cosmic rays using a time-dependent drift model: II. effects of the changing solar magnetic field
SH 6.6.9 POTGIETER, M.S. The concept and role of merged interactive regions in the modulation of galactic cosmic rays in the heliosphere beyond 10 AU: A computer simulation
SH 6.6.10 HOWSE, H.J. Calculation of cosmic ray radial density gradients in the heliosphere
SH 6.6.11 REINECKE, J.P.L. A contribution to the anomalous hydrogen discussion
SH 6.6.12 JOKIPII, J. R. On the interpretation of the high cosmic-ray electron fluxes observed in 1986
SH 6.6.13 KOTA, J. Modulation and anisotropies at high rigidities: the limitations of diffusion models
SH 6.6.14 SAMSONOV, I.S. North south asymmetry of the galactic cosmic ray modulation
SH 6.6.16 ALANIA, M.V. On the mechanism of 11-year cosmic ray variations
SH 6.6.17 ZIRAKASHIVLI, V.N. Cosmic ray nonlinear modulation in the outer heliosphere
SH 7.5 KUMAR, S. Study of causes of forbush dcreases in cosmic ray intensity during aug. 87 and Aug. 88
SH 7.7 SANDERSON, T.R. An assessment of the role of the post-shock turbulent region in the formation of forbush decreases
SH 7.8 RICHARDSON, I.G. Energetic ion observations in the magnetic cloud of 14-15 january 1988 and their implications for the magnetic field topology
SH 7.11 KWIATKOWSKI, B. Forbush decreases and cosmic ray modulation at high energies
SH 7.15 GOLD, R.E. The extent and symmetry of shocks in the outer heliosphere
SH 7.17 ANTONOVA, V.P. The increases of cosmic ray intensity during magnetic storms
SH 8.1.1 CHENETTE, D.L. The access of heavy ions into the earth's magnetosphere measured by the ONR-604 instrument on the CRRES satellite
SH 8.1.2 BEAUJEAN, R. Heavy ion measurement on LDEF
SH 8.1.4 GRIGOROV, N.L. Ions of high energy in cosmic rays
SH 8.1.5 ADAMS Jr., J.H. Observation of energetic trapped oxygen ions in the inner magnetosphere
SH 8.1.6 BLAKE, J.B. Dynamical model for the distribution of geomagnetically trapped anomalous-component ions
SH 8.1.7 VORONOV, S.A. High energy electron flux observation at the astrophysics observatory "gamma"
SH 8.1.8 VORONOV, S.A. Energy spectra of electrons and positrons with energy more than 20 MeV in the vicinity of earth
SH 8.1.9 ABROSIMOV, A.T. Dynamics of inner radiation belt electrons and the sporadic space radio emission
SH 8.1.10 ALESHINA, M.E. Fluctuations of charged particle fluxes in van allen belt and their interrelation with seismicity
SH 8.1.12 FLUCKIGER, E.O. A new concept for the simulation and visualization of cosmic ray particle transport in the earth's magnetosphere
SH 8.1.13 GUZIK, T.G. Limits on charge states of high energy solar flare ions measured in 1982 by the phoenix-1 experiment
SH 8.1.14 NYMMIK, R.A. An approach to determination of real cosmic ray cut-off rigidities
SH 8.1.16 POPIELAWSKA, B. Cosmic ray observations in the changing geomagnetic field
SH 8.2.1 ELY, J.T.A. A new 22-year modulation of galactic cosmic rays and its possible relevance to weather and climate
SH 8.2.2 BUIVAN, N.A. Possible association of the ozone and cosmic-rays intensity changes in the stratosphere
SH 8.2.5 MUNAKATA, K. Time variation of the cosmic ray muon flux in underground detectors
SH 8.2.6 BUIVAN, N.A. Fast electrons production in the atmosphere near the south-atlantic anomaly region
SH 8.2.8 BUIVAN, N.A. Secondary protons in the atmosphere at different latitude
SH 8.2.10 KOMORI, H. Application of statistical treatment of data to the energy balance of cosmic rays
SH 8.2.11 HUMBLE, J.E. A southern survey with a transportable neutron monitor
SH 8.2.12 VOLODICHEV, N.N. Strong increase of neutron flux during 22 july 1990 solar eclipse
SH 8.2.15 ANDREYEV, YU. M. Season behavior of the amplitude of daily muon intensity with energy > 220 GeV
SH 9.2 CECCHINI, S. A sear of 14C tree-ring solar flares effects
SH 9.4 HUZITA, H. An alternative graphic representation of the time evolution for cosmogenic nuclides in extra-terrestrial matter
SH 9.5 KOCHAROV, G.E. Cosmogenic isotopes and cosmic ray intensity over the past 340 years
SH 9.7 CASTAGNOLI, G.C. Climatic change and radiocarbon modulation
SH 9.10 CHUANZAN, YU. The origin of earth's elements D and T
SH 9.11 CHUANZAN, YU. Effects of supernova explosions on solar activities and humankind's catastrophes
SH 10.2 RAYCHAUDHURI, P. Time variations of solar neutrino flux in 37CI and kamio-kande solar neutrino experiment
SH 10.3 ABAZOV, A.I. Measurement of the P-P solar neutrino flux by the soviet-american gallium experiment
SH 10.4 AGLIETTA, M. Search for neutrinos from solar flares with the mont blanc detector
SH 10.5 KITAMURA, T. An evaluation of scattered angular distributions of low energy electrons to a solar neutrino flux of the kamiokande observation
SH 10.6 DORMAN, L.I. Relationship between the solar neutrino counting rate in the homstake experiment, solar activity, cosmic ray intensity an the earth's heliolatitude
SH 10.7 DORMAN, L.I. The solar neutrino problem: connection with elementary particle physics and the physics of the solar interior
SH 10.8 CHEN, C.X. The solar neutrino problem: neutrino physics VS. solar physics
SH 10.9 KOCHAROV, G.E. A stochastic process as related to the neutrino production inside the sun
SH 10.10 KOCHAROV, G.E. Solar flare neutrinos
SH 10.11 RAYCHAUDHURI, P. Solar neutrino experiments, solar neutrino puzzle
SH 11.1 JENKINS, T.L. Response of the OSSE GRO detector to 30-200 MeV nêutrons
SH 11.2 BIALK, M. Determination of the response function of the university of kiel helios cosmic ray instrument by monte-carlo simulation
SH 11.3 WITTE, M. The Ulysses neutral gas experiment: description and first results
SH 11.4 VALTONEN, E. High energy detector of erne for soho
SH 11.5 MEDINA, J. A detector system for low energy cosmic ions analysis
SH 11.6 CHARIKOV, YU.E. Investigation of solar flare X-rays by high sensitivity patrol spectrometers
SH 11.8 ALBERGO, S. Muffins: a multi-functional neutron spectrometer
SH 11.9 SHIBATA, S. The detection efficiency of a new solar neutron telescope
SH 11.11 MCKENNA-LAWLOR, S. An energetic particle detector SLED-II for the mars 94 mission
SH 11.12 COOPER, J.F. Coordinated heliospheric observations (COHO) database
SH 11.13 CORDARO, E.G. Progress in the Chilean cosmic ray laboratories
SH 11.16 MATHEWS, T. Increased energy resolution in cosmic ray counters through trajectory determination
SH 12.1 ZHENG-DONG, YU. Large-scale natural disasters and cosmic ray environment

Volume 4
HE 1.1.1 ENGEL, J. Nucleus-nucleus interactions at ultra-high energy
HE 1.1.2 TAKAHASHI, Y. A study of isospin clustering and intermittency fluctuations in 6.4 TeV S + Pb interactions from cern emuo5
HE 1.1.3 IYONO, A. Rapidity and transverse momentum distributions in 6.4 TeV S + Pb interactions from cern emuo5 experiments
HE 1.1.4 CHERRY, M.L. Comparison of particle production in the forward rapidity region in proton-nucleus and nucleus-nucleus collisions
HE 1.1.5 CHERRY, M.L. Multiplicities in nucleus-nucleus interactions at the highest accelerator energies
HE 1.1.8 WILKES, R.J. Analysis of fluctuations and correlations in interactions of 200A GeV A-A collisions
HE 1.1.9 ASAKIMORI, K. Analysis of high rapidity density interactions in JACEE
HE 1.1.10 ASAKIMORI, K. Ultra-relativistic heavy nucleus interactions in the energy range above 500GeV/nucleon
HE 1.1.11 GHONIEM, M.T. Interactions of 3He nuclei with emulsion targets at 4.5 GeV/c/nucleon
HE 1.1.12 GHONIEM, M.T. Interactions of 28Si with emulsion nuclei at 4.5 GeV/c/nucleon
HE 1.1.13 EL-NAGHY, A. Fragmentation of Mg24 and Si28 in emulsion at 4.5 A GeV/c
HE 1.1.14 EL-NAGHY, A. Collective flow observed by analysis of emulsion data for Mg24 + Ag(Br) and Si28 + Ag(Br) at 4.5 A GeV/C
HE 1.1.15 EL-NAGHY, A. Identification of hadronic and baryonic clusters in central ofMg24 and Si28 with Ag(Br) emulsion nuclei at 4.5 GeV/c
HE 1.1.16 BAHK, S.Y. Diffractive excitation of 200 GeV/nucleon sulfur nuclei in nuclear emulsion
HE 1.1.18 BAHK, S.Y. Diffractive excitation of the target nuclei in nuclear emulsion by 150 GeV positive muons and 200 GeV/nucleon sulfur nuclei
HE 1.2.1 ASAKIMORI, K. Theree-dimensional simulations of calorimeter x-ray film spots for determining <Pt>
HE 1.2.2 REN, J.R. Identification of primary cosmic ray particles producing big gamma-families in emulsion chambers
HE 1.2.3 LU, S.L. Variation of intensity of high energy cosmic ray hadrons with altitude
HE 1.2.4 REN, J.R. On the behavior of hadron-families observed with the emulsion chambers at Mt. kanbala
HE 1.2.5 REN, J.R. Behavior and structure of super-families observed with the emulsion chambers at Mts. fuji and kanbala
HE 1.2.6 REN, J.R. Detailed analysis of halo events observed with the emulsion chambers at Mts. fuji and kanbala
HE 1.2.7 SAITO, T. Monte carlo approach to a hybrid-experiment of air shower array and emulsion chamber
HE 1.2.8 AMATO, N. Atmospheric phenomena of cosmic ray family and the QCD picture
HE 1.2.9 CHACALTAYA EMULSION CHAMBER COLLABORATION. Gamma-ray inelasticity Ky in emulsion chamber experiment
HE 1.2.10 BARADZEI, L.T. Characteristics of hadronic interactions over 1015 eV observed in high energy cosmic ray families in chacaltaya and pamir emulsion chambers
HE 1.2.11 CHACALTAYA AND PAMIR COLLABORATION. Characteristics of hadronic interactions over 1015 eV observed in high energy cosmic-ray families in chacaltaya and pamir emulsion chambers
HE 1.2.12 CHACALTAYA AND PAMIR COLLABORATION. Small pt characteristics of particle production seen in high energy shower clusters in emulsion chambers at chacaltaya and pamirs
HE 1.2.14 TAMADA, M. Penetrating nature of very collimated high-energy shower clusters
HE 1.2.15 TAMADA, M. Global behavior of high-energy families and centauro type interactions
HE 1.2.16 PAMIR COLLABORATION. Testing QGS model of hadron nucleus interactions at 1014 - 1016 eV on the basis of lead emulsion chamber data
HE 1.2.19 PAMIR COLLABORATION. Development of halo in deep lead XEC
HE 1.2.21 SLAVATINSKY, S.A. The main results of experiment "pamir"
HE 1.2.24 BORISOV, A.S. The phenomenon of alignment of "energy-distinguished" particles in gamma-hadron families
HE 1.2.25 PAMIR COLLABORATION. Properties of hadron nuclear interactions at 1016 - 1017 eV inferred from pamir experiment superfamilies
HE 1.2.26 DUNAEVSKY, A.M. Simulation of gamma families accompanied by EAS
HE 1.2.27 MALINOWSKI, J. The spectrum of hadron energy
HE 1.2.32 ARABKIN, V.V. Ne Spectra for hadrons in x-ray chamber
HE 1.2.35 OLSON, E. Computer aided emulsion chamber event tracing system
HE 1.2.36 KETCHAM, R. Neural network approach to track finding in emulsions
HE 1.3.3 ATTALLAH, R. The inelasticity parameter in cosmic ray collisions
HE 1.3.4 ATTALLAH, R. Multiplicity and inelasticity distributions and cascade fluctuations
HE 1.3.6 WILK, G. A coupled analysis of the energy dependence of inelasticity and cross section in high energy reactions
HE 1.4.1 MACRO COLLABORATION. A search for prompt muons using the macro detector at gran sasso
HE 1.4.2 HAGUENAUER, M. On the particle production in the fragmentation region at high energies
HE 1.4.5 KEMPA, J. Parametrisation of the high energy interaction picture for extensive air shower simulation based on recent accelerator and cosmic ray data
HE 1.4.6 CHACALTAYA EMULSION CHAMBER COLLABORATION. Scaling violation in the forward region
HE 1.4.7 BELLANDI, F.J. Scaling violation and cosmic ray exotic events
HE 1.4.9 NAGANO, M. Inelastic cross-section of p-air collisions between 1016.2 and 1017.6 eV from akeno air shower experiment
HE 1.1.10 FLETCHER, R. Diffraction and UHE cosmic rays
HE 1.4.11 LIPARI, P. SIBYLL: an event generator for cosmic ray cascade simulations
HE 1.5.2 TAI, A. Further study of geometric model for high energy hadron-hadron collisions
HE 1.5.3 POPOVA, L. Verification of the quark-gluon string model
HE 1.5.5 TATI, T. Possible dynamical consequence of renormalized parts in QCD expected to be revealed in high energy phenomena
HE 1.5.7 SMIRNOVA, M.D. On the further development of the two component model
HE 1.5.8 KALMYKOV, N.N. The QGS model predictions and possible variation of hadron interaction at superhigh energies
HE 2.1 STANEV, T. Hybrid electromagnetic cascade simulations
HE 2.3 MUKHAMEDSHIN, R.A. Can alignment of gamma ray - hadron family be explained in frameworks of traditional ideas?
HE 2.4 KRYS, A. Intermittent behavior of atmospheric cascades
HE 2.6 STRAUSZ, S.C. A measurement of the landau pomeranchuk migdal effect in electromagnetic showers
HE 2.7 JONES, L.W. A proposed test of the LPM effect
HE 2.8 KING, D.T. Energy dependence for direct pair production by relativistic oxygen ions
HE 2.9 MOON, K.H. Measurements of direct electron pairs along oxygen and sulfur ion track at 200 GeV/n
HE 2.10 KRYS, A. Monte-carlo simulations of EAS initiated by protons
HE 3.1.1 KAWASUMI, N. High energy particles in air shower cores observed with emulsion chambers at Mt. chacaltaya
HE 3.1.2 MCCAUGHAN, J.B.T. Local particle density spectra and the age parameter of EAS associated with high energy hadrons at tien shan
HE 3.1.3 HORTON, L. The core structure of extensive air showers as recorded with an array of multiwire proportional counters (MPWPCs)
HE 3.1.4 YABSLEY, B. The density spectrum of extensive air showers as recorded with an array of multiwire proportional counters (MWPCs)
HE 3.1.5 ARABKIN, V.V. The analysis of the energy spectra of hadrons in the EAS cores
HE 3.1.6 ARABKIN, V.V. Anomalous features of hadrons and hadron families at energy E0 = 1016 eV
HE 3.1.7 HILLAS, A.M. A new experiment to investigate the very rapid absorption seen in the density spectrum of air showers
HE 3.1.10 SAKUYAMA, H. Delayed hadrons in EAS above 1016 eV at akeno
HE 3.1.11 ASAKIMORI, K. Anomalous showers observed in the EAS array of kobe university
HE 3.1.12 CHIKAWA, M. An analysis of candidates of non-random component in extensive air showers above 0.1 PeV at sea level
HE 3.2.1 KOCHOCKI, J. Angular distribution of muons and electrons in cosmic ray showers
HE 3.2.2 TRZUPEK, A. The secondary gamma ray composition of cosmic rays
HE 3.2.5 AVAKIN, V.V. The flux of hadron bundles on the mountain altitudes
HE 3.2.6 AVAKIAN, V.V. The lateral distribution of EAS hadrons in energy range of 0.5-5 Tev
HE 3.2.7 BLAKE, P.R. The primary energy dependence on the muon content of EAS
HE 3.2.8 VAN DER VELDE, J.C. Muon and electron lateral distributions in EAS from 1014 to 1016 eV as observed by the UMC detector
HE 3.2.10 SASAKI, H. Observation of the delayed sub disk and slow neutrons at Mt norikura
HE 3.2.11 ATRASHKEVICH, V.B. The time structure of charged particles in EAS at sea level
HE 3.2.12 AGLIETTA, M. EASTOP: lateral and temporal characteristics of extensive air
HE 3.2.14 CHEUNG, T. Muon detection system design of the EAS array on Mt. liang wang
HE 3.3.1 HAYASHIDA, N. Characteristics of giant air showers above 1017 eV
HE 3.3.2 EFIMOV, N.N. Attenuation lengths of the EAS electrons and muons
HE 3.3.3 EFIMOV, N.N. Lateral distributions of electrons and muons in giant EAS
HE 3.3.4 STEPTSOVA, V.R. Characteristics of low-energy hadrons and muons of 1015 - 3 x 1019 eV EAS at different atmosphere levels
HE 3.3.5 GREEN, K.D. Study of extensive air showers (EAS) detected with the fly's eye and the UMC air shower array
HE 3.4.1 DYAKONOV, M.N. Study of EAS characteristics by its optical radiation
HE 3.4.2 GAO, X. Lateral distribution of Cerenkov light and maximum depth of EAS development
HE 3.4.4 KUSUNOSE, M. Radio signals associated with air showers
HE 3.4.6 CASTAGNOLI, C. Measurements of L.F.-M.F. radio pulses from E.A.S. at gran sasso (2000m.a.s.l.)
HE 3.4.8 HONDA, K. Characteristics of the electromagnetic pulse shape at large core distance in EAS
HE 3.4.9 DATTA, P. Studies on some aspects of MF-LF emission from large extensive air showers
HE 3.4.10 ARTAMONOV, V.P. Registration of EAS radio emission at 32 MHz
HE 3.5.1 PORTELLA, H.M. A comparison between atmospheric showers initiated by different particles
HE 3.5.2 CORTELLESSA, V. Parallel implementation of montecarlo simulations of EAS induced by U.H.E. primaries on transputer networks
HE 3.5.5 CHOW, C.K. Shower parameter estimation by simulated annealing
HE 3.5.6 CREWTHER, I. Y. Fluctuations in the lateral distribution of gamma-ray initiated air showers
HE 3.5.7 CHATELET, E. An attempt for a new analysis of the chacaltaya experiment
HE 3.5.8 CHATELET, E. Hadrons component in y-showers
HE 3.5.9 CAPDEVIELLE, J.N. Simulation with DPM collision generator for ohya experiment
HE 3.5.10 CAPDEVIELLE, J.N. Local age parameter and size estimation in EAS
HE 3.5.11 CAPDEVIELLE, J.N. Energy estimation by muon-electron modulation in EAS at 700g/cm-2
HE 3.5.13 GAISSER, T.K. Shower simulations for the fly's eye
HE 3.6.1 POIRIER, J. Status of project grand
HE 3.6.2 LU, Y. A multiprocessor controlled data acquisition system
HE 3.6.3 KOCHOCKI, J. Secondary muon/electron identification in a thin steel absorber
HE 3.6.4 LOURUI, S. The scientific aims of Zhengzhou EAS array
HE 3.6.5 LOURUI, S. The preliminary results from a new EAS array
HE 3.6.6 TEITTINEN, M. The air shower arrival direction determination with the air shower array in turku
HE 3.6.7 ELO, A.M. Testing of the pulse charge measurement system for the density detectors of the air shower array in turku
HE 3.6.8 ELO, A.M. Calibration method for the density detectors of the air shower array in turku
HE 3.6.9 ARVELA, H. Determination of the air shower size and core location with the air shower array in turku
HE 3.6.13 AHARONIAN, F.A. Status and extensions of the HEGRA detector on la palma
HE 3.6.14 MERCK, M. Reconstruction of the shower front and the lateral electron distribution of EAS
HE 3.6.15 KARLE, A. Observation of the shadowing of cosmic rays by the moon and the sun
HE 3.6.16 ECKMANN, R. A study of the angular resolution for electromagnetic air showers
HE 3.6.17 AHARONIAN, F.A. The airobicc project: a new air Cerenkov detector matrix for the observation of UHE cosmic rays
HE 3.6.18 GAO, X. Comparison of the scintillator array and the Cerenkov array on Mt. liang wang
HE 3.6.19 GAO, X. Calculation of the angular resolution of the particle air shower array on Mt. liang wang
HE 3.6.20 KHRISTIANSEN, G.B. The study of ultra high energy cosmic rays on EAS - 1000 array
HE 3.6.21 KHRISTIANSEN, G.B. Prototype of EAS - 1000 installation
HE 3.6.22 HORTON, L. The response of multi wire proportional counters (MWPCs) to air shower particles
HE 3.6.23 CHERNYAEV, A.B. EAS structure and EAS array's angular resolution
HE 3.6.24 MCMILLAN, J.E. The measurement of a parameter of goodness for timing detectors
HE 3.6.27 HANNA, D. Application of neural nets to extensive air-showers
HE 3.6.29 ALEXANDREAS, D.E. Detailed simulation of the Cygnus array's response to extensive air-showers
HE 3.6.30 AGUIRRE, C. New proposal of new cosmic-ray experiment at Mt. chacaltaya
HE 3.6.31 AGLIETTA, M. Performances and first results of the EAS - TOP calorimeter
HE 3.6.32 D'ETTORRE, Characteristics of photon-induced air showers by a three-dimensional monte carlo simulation (EPAS code)
HE 3.6.33 D'ETTORRE, Multiparametric analysis of air shower events
HE 3.6.34 ZAZIAN, H.Z. Statistical inference in cosmic ray physics combined analysis of simulated and experimental data
HE 4.1.1 YOCK, P.C.M. Muons in gamma ray showers
HE 4.1.2 LIPARI, P. Propagation of multi TeV muons
HE 4.1.3 KOKOULIN, R.P. What do we know about muon energy spectrum above 10 TeV?
HE 4.1.4 HURLEY, D.A. Ground level muon distributions from TeV hadron showers
HE 4.1.5 BASINI, G. Cosmic ray muon spectrum and charge ratio between 0.2 and 100 GeV at 600 meters above sea level
HE 4.1.7 AGLIETTA, M. Study of high energy interactions of cosmic ray muons in the mont blanc nusex detector
HE 4.1.8 JOHANSSON, S. Measuring the energy of multi-TeV muons with a water Cerenkov detector
HE 4.2.2 BOZIEV, S.N. On the multiplicity fluctuations of high energy muons generated by primary cosmic ray nuclei
HE 4.2.4 ALLISON, W.W.M. Multiple muon events in Soudan 2
HE 4.2.5 MACRO COLLABORATION. Measurement of electromagnetic and TeV muon components of extensive air showers by EAS-TOP and MACRO
HE 4.2.6 MACRO COLLABORATION. Measurement of the muon decoherence function with the macro experiment at gran sasso
HE 4.2.7 MACRO COLLABORATION. Arrival time distributions of very high energy cosmic ray muons in MACRO
HE 4.3.1 SAITO, K. An altazimuthal counter telescope with a magnet spectrometer
HE 4.3.2 YAMASHITA, Y. Observation of low-momentum muons from the direction of Cygnus x-3 at sea level
HE 4.3.3 LU, Y. Measurement of the angular correlation between primary cosmic rays and single muons at sea level using the moon's shadow
HE 4.3.4 AOKI, T. Search for muons from extraterrestrial point sources
HE 4.3.6 MACRO COLLABORATION. Search for astrophysical point sources of muons with the macro detector
HE 4.3.7 BELLOTTI, R. A search for sidereal anisotropies with underground muons and a all-sky survey for muon point sources with the macro detector
HE 4.3.8 ALLISON, W.W.M. Underground muons observed in the Soudan 2 detector from the directions of x-ray sources
HE 4.3.9 THOMPSON, M.A. Underground muons from the direction of Cygnus x-3 during the January 1991 radio flare
HE 4.3.10 JOHNS, K. Underground muons from the direction of Cygnus x-3: 1981-1990
HE 4.3.11 HIGASHI, S. Muons from the direction of CYG X-3
HE 4.3.12 BECKER-SZENDY, R. A search for Cygnus x-3 in underground muons during the 1990 radio outburst using the IMB detector
HE 5.1.2 BECKER-SZENDY, R. A search for muon neutrino oscillations with the IMB detector
HE 5.1.4 COOPER, R. Limits on deeply penetrating particles from the fly's eye detector
HE 5.1.5 ALLISON, W.W.M. Muon/electron separation for atmospheric neutrino interactions
HE 5.1.6 AGLIETTA, M. Neutrino interactions in the mont blanc detector
HE 5.2.1 BOYER, J. Limits on the neutrino flux and resulting high resolution (hires) fly's eye event rate from the measured cosmic ray proton spectrum
HE 5.2.2 MOSKALENKO, I.V. Is the sun VHE neutrinos source?
HE 5.2.3 STECKER, F.W. High energy neutrinos from primary cosmic rays accelerated in the cores of active galaxies
HE 5.2.4 WOJCIECH, M. Extragalactic ultra high-energy cosmic rays and neutrino spectra
HE 5.2.6 LEARNED, J.G. Detection of neutrinos from active galactic nuclei
HE 5.3.1 LOWDER, D.M. Amanda: measurement of polar ice transparency by muon observation
HE 5.3.2 BARWICK, S.W. Amanda: Antarctic muon and neutrino detector array
HE 5.3.3 BARI, G. Status and perspectives of LVD at gran sasso
HE 5.3.5 AOKI, T. Acoustical positioning system for dumand-II
HE 5.3.6 BOSETTI, P. Proposed very long baseline experiment to search for neutrino oscillations with dumand
HE 5.3.7 ABIN, A.V. Present status of neutrino water detector (NEWAD) on the earth's surface
HE 5.3.8-9 REID, J.L. A southern hemisphere lake neutrino detector
HE 5.3.10 AURIEMMA, G. The southern Italy neutrino and gamma astrophysical observatory
HE 5.3.11 HALZEN, F. Radiodetection of high energy neutrinos: monte carlo simulation of pulses in ice
HE 5.3.12 ADAMS, A. The grande experiment
HE 5.3.16 AQUINO, F.D. Rejection power for left and right coming cosmic muons of a horizontial RPC telescope
HE 5.3.17 MACRO COLLABORATION. Stellar gravitational collapse detection by macro: characteristics and results
HE 6.1.2 ALLISON, W.W.M. A search for magnetic monopoles with the Soudan 2 detector
HE 6.1.3 SNOWDEN-IFFT, D.P. The low velocity response of CR-39
HE 6.1.4 AGLIETTA, M. Search for super-slow massive particles with TL sheets at the mont blanc laboratory
HE 6.1.5 AGLIETTA, M. Test experiment to detect super-slow massive particles with TL sheets at the mont blanc laboratory
HE 6.1.6 TOMIYAMA, T. A super-slow ion experiment with thermoluminescent sheets
HE 6.2.1 SUMNER, T.J. The UK underground dark matter program at boubly
HE 6.2.3 HALZEN, F. Indirect detection of dark matter using neutrino telescopes
HE 6.3.1 MACRO COLLABORATION. Search for nuclearites with the macro detector
HE 6.3.2 HE, Y.D. A search for fractional charge states in high-energy heavy fragments produced in collisions of 14.5A Gev 28Si with Pb and Cu target
HE 6.3.3 KASUYA, M. The charge and baryon number ratio of strangelets
HE 6.3.4 AGLIETTA, M. Search for strange quark matter in galactic cosmic rays
HE 6.3.5 SNOWDEN-IFFT, D.P. Searching for WIMPs with mica
HE 6.3.7 SASALI, H. Preliminary observation of ELF waves in the sea for the research of nuclearites
HE 6.3.9 KATO, Y. Measurement of heavy cosmic rays at sea level using a mass spectrometer
HE 6.3.10 ICHIMURA, M. Unusually penetrating particles detected by balloon-borne emulsion chamber

Volume 5
Invited talks
O'RAIFEARTAIGH, L. On the convergence of astrophysics and particle physics
CAPELLA, A. A dynamical model of high energy interactions and its implications in cosmic ray physics
PARKER, E.N. The magnetic field of the galaxy
GEHRELS, N. The gamma ray observatory
WEEKES, T.C. TeV gamma-ray astronomy: out of the darkness
COWSIK, R. Search for dark matter particles
LOZINSKAYA, T.A. Supernovae, supernova remnants and stellar winds
TRUMPER, J. Rosat
Hess lecture
BONNET, R.M. Messegers from space
Rapporteur talks
PISTILLI, P. Neutrino astronomy and weakly interacting particles
GRENIER, I. Point sources below 100 GeV
LLOYD-EVANS, J. Cosmic ray origins above 1015eV
GILER, M. Cosmic ray origin E < 1012eV
FLUCKIGER, E.O. Solar and terrestrial modulation
LEE, M.A. SOlar particle production
YUDA, T. High energy physics
KOCHAROV, G.E. Cosmogenic nuclei, solar neutrinos, neutrons and gamma-rays
SAMORSKI, M. Point sources E > 1014eV
Ver menos