Conteúdo: Volume 1 - Conference papers OG Sessions
OG 1.1-1 HUETER, G.J. Heao-1 observations of gamma ray bursts
OG 1.1-2 LAROS, J.G. Soft-spectrum gamma-ray bursts
OG 1.1-3 APTEKAR, R.L. Annihilation radiation in cosmic gamma-ray bursts
OG 1.1-4 LIANG, E.P. On the emission region of gamma ray bursts
OG 1.1-5 TKACZYK, W. Unthermalized plasma in bursts sources
OG 1.1-7 GEHRELS, N. Optical monitoring of gamma-ray source fields
OG 1.1-8 SEETHA, S. Search for optical bursts from the gamma ray burst source GBS 0526-66
OG 1.1-9 SCHAEFER, B.E. Search for infrared counterparts of gamma-ray bursters
OG 1.1-10 BEREZINSKY, V.S. Neutrino-antineutrino annihilation around collapsing star
OG 1.2-1 ATTEIA, J.L. A 2ND catalog of gamma ray bursts: 1978-1980 localizations from the interplanetary network
OG 1.2-3 HIGDON, J.C. Gamma-ray burst size-frequency distributions: spectral selection effects
OG 1.2-4 PIZZICHINI, G. The effects of anisotropic emission on the log N - log S curve of gamma-ray bursts
OG 1.2-5 ATTEIA, J.L. Limits to the burster repetition rate as deduced from the 2ND catatlog of the interplanetary network
OG 1.2-6 CLINE, T.L. An internally consistent gamma ray burst time history phenomenology
OG 1.2-7 SCHWARTZ, R.A. Gamma-ray burst variability above 4 MeV
OG 1.2-10 NISHIMURA, J. Relationships between log N - log S and celestial distribution of gamma-ray bursts
OG 2.1-1 BHAT, P.N. Search for gamma rays of energy > 10**15 EV from cygnus x-3
OG 2.1-3 BATTISTONI, G. Observation of an excess of cosmic ray muons of energies > 2 TeV from the direction of cygnus x3
OG 2.1-4 BLAKE, P.R. Muon content of gamma ray induced EAS from cygnus x-3
OG 2.1-5 KIFUNE, T. Gamma rays of energy above 10**15 EV from CYG x-3
OG 2.1-6 LAMBERT A. Observations of cygnus x-3 above 10**15 EV from 1979-1984
OG 2.1-7 BEREZINSKY, V.S. On gamma and neutrino radiation of CYG x-3
OG 2.1-8 CHADWICK, P.M. 1000 GeV gamma rays from cygnus x-3 - AN update
OG 2.1-10 BHAT, C.L. Evidence for long-term variability in the ultra high energy photon flux of cygnus x-3
OG 2.1-11 CAWLEY, M.F. Variability in the high energy gamma ray emission from CYG x-3 over a two-year
period (1983-1984) at E > 4 x 10**11 EV
OG 2.1-12 ALEXEENKO, V.V. Search for gamma-ray point sources at "the carpet" shower array
OG 2.2-2 HERMSEN, W. CYG x-3: not seen in high-energy gamma rays by cos-b
OG 2.2-3 BARNHILL, M.V. Constraints on cosmic-ray observation of cygnus x-3
OG 2.2-5 BRECHER, K. Ultra high energy gamma rays, cosmic rays and neutrinos from accreting degenerate stars
OG 2.2-6 RANA, N.C. Relevance of the observation of uhe gamma's to hard x-ray astronomy
OG 2.2-7 BALTRUSAITIS, R.M. 500 TEV gamma rays from hercules x-1
OG 2.2-8 EICHLER, D. A model for the uhe gamma-rays from hercules x-1
OG 2.2-9 CAWLEY, M.M.F. Hercules x-1: pulsed gamma rays detected above 150 GeV
OG 2.2-10 TUELLER, J. High resolution spectroscopic observation of vela x-1 in the hard x-ray energy range
OG 2.2-12 MORELLI, C. Experimental results on gamma-ray sources at e sub o = 10**13 - 10**14 EV
OG 2.3-1 CAWLEY, M.F. Observations of the crab nebula at energies > 4x10**11 EV
OG 2.3-2 KIROV, I.N. Search for excess showers from crab nebula
OG 2.3-3 TUMER, O.T. Very high energy gamma rays from the crab pulsar
OG 2.3-4 VISHWANATH, P.R. Microbursts of TeV gamma rays form the crab pulsar
OG 2.3-5 VISHWANATH, P.R. Secondary periodicities of microbursts of TeV gamma rays from the crab pulsar
OG 2.3-6 OWERS, A. Detection of gamma-ray lines from the direction of the crab nebula
OG 2.3-7 WU, M. Observation of hard x-rays from the crab pulsar and Ao535+26
OG 2.3-8 WHITE, R.S. Gamma ray of 0.3 to 30 MeV from PSR 0531+21
OG 2.3-9 CHADWICK, P.M. 1000 GeV gamma ray emission from radio pulsars
OG 2.3-10 BHAT, P.N. Pulsed emission of TeV gamma ray from vela pulsar
OG 2.3-12 CHADWICK, P.M. 1000 GeV gamma ray emission from ms pulsars
OG 2.4-2 KAUL, R.K. Periodic gamma-ray emission from 'geminga' at > 10**12 EV
OG 2.4-3 BUCCHERI, R. Search for periodicities near 59 S in the cos-B gamma-ray data of 2CG 195+04 (geminga)
OG 2.4-4 CAWLEY, M.F. Search for gamma-rays above 400 GeV from geminga
OG 2.4-5 ZYSKIN, Y.U.L. On the 1983 observations of the gamma-ray source 2CG 195+4
OG 2.4-6 BHAT, P.N. Observations on TeV gamma rays from geming and PSR 0950 + 08
OG 2.4-9 WHEATON, W.A. Heao 3 upper limits to the expected 1635 kev line from ss 433
OG 2.4-11 GELDZAHLER, B.J. Search for gamma ray lines from ss433
OG 2.4-12 LING, J.C. High-resolution spectrum of cygnus x-1
OG 2.4-13 ROQUES, J.P. Low energy gamma rays from cygnus x-1
OG 2.5-1 MONTMERLE, T. Excess gamma-rays in the rho ophiuchi cloud: an exotic object?
OG 2.5-2 STEPHENS, S.A. Spectral evolution of gamma-rays from adiabatically expanding sources in dense clouds
OG 2.5-3 STEPHENS, S.A. Supernova explosion in dense clouds in the galaxy and the cos-B gamma rya souces
OG 2.5-4 MONTMERLE, T. Galactic gamma-ray sources, snobs, and giant HII regions
OG 2.5-5 LEVENTHAL, M. Search for positron annihilation line and continumm radiation from the galactic center
OG 2.5-7 KNIGHT, F.K. Spectra and positions of galactic gamma-ray sources
OG 2.5-9 CARAVEO, P.A. A search in the cos-b data base for correlated time variability in regions containing objets of interest
OG 2.5-10 SCHLICKEISER, R. Radio observations of four anticenter gamma-ray sources
OG 2.5-11 DAMLE, S.V. Balloon observations of hard x-rays from some galactic x-ray sources
OG 2.5-12 LAU, M.M. Further studies of x-ray structure of the perserus cluster
OG 2.6-3 BALTRUSAITIS, R.M. All sky northern hemisphere 10*15 EV gamma ray survey
OG 2.6-7 DZIKOWSKI, T. Search for ultra high energy gamma rays from various sources
OG 2.6-8 TONWAR, S.C. A search for sources of ultra high energy gamma rays at air shower energies with ooty EAS array
OG 2.6-9 LAMBERT, A. Observations of potential ultra high energy gamma-ray sources above 10**15 EV
OG 2.6-10 PROTHERDE, R.J. Observation of gamma-rays from LMC x-4 above 10**16 EV
OG 2.6-11 CHADWICK, P.M. 4U 0115 +63 - another energetic gamma ray binary pulsar
OG 2.6-13 AHARONIAN, F.A. Primary gamma-rays with E**gamma > 10**15 EV: evidence for the ultrahigh energy particle acceleration in galactic sources
OG 2.6-14 FOMIN, Y.U.A. Search for the gamma-ray fluxes with energies above 10**15 EV from various objects
OG 2.7-1 BHAT, P.N. Search for TeV gamma rays from extragalactic sources and the galactic center
OG 2.7-3 CAWLEY, M.F. Search for gamma-rays from M31 and other extragalactic objects
OG 2.7-5 KARAKULA, S. Some evidence for high energy gamma-ray sources at large galactic latitudes
OG 2.7-6 KUNTE, P.K. Balloon observations of hard x-rays from NGC 4151 and AN x-ray transient source
OG 2.7-7 BALLMOOS, P.V. Cen a observation at MeV-energies
OG 2.7-8 DAMLE, S.V. Gamma-radiation with e gamma > 5 MeV detected from seyfert galaxy 3C120 and region with 1**II=190 degrees and b**II=20 degrees
OG 2.7-9 KAZANAS, D. The universal spectrum of agns and qsos
OG 2.7-10 LAU, M.M. Cosmic gamma rays from quasers
OG 2.7-11 TKACZYK, W. Some evidence for large gravitational redshift in seyfert galaxy NGC 4151
OG 2.7-12 DEAN, A.J. Limits on the doppler factor in relativistic jets by means of gamma ray observations
OG 2.7-13 PROTHEROE, R.J. Energy spectrum of extragalactic gamma-ray sources
OG 2.7-14 AHARONIAN, F.A. Ultrahigh energy gamma-rays - carriers of cosmological information
OG 2.7-15 BEREZINSKY, V.S. On some problems of gamma-astronomy
OG 3.1-1 LEBRUN, F. The local interstellar medium and gamma-ray astronomy
OG 3.1-2 BLOEMEN, J.G. Inverse-compton gamma rays in the galaxy
OG 3.1-3 STRONG, A.W. Multicomponent analysis of total cos-b gamma-ray data at intermediate latitudes
OG 3.1-4 HARDING, A.K. The golactic gamma-ray distribution and the radial cosmic ray gardient
OG 3.1-5 GONED, A. Radial distribution of cosmic ray intensity in the galaxy from gamma-ray data
OG 3.1-6 BLOEMEN, J.B.G.M. Constraints on the galactic distribution of cosmic rays from the cos-b gamma-ray data
OG 3.1-7 STRONG, A.W. Local electron spectrum above 100 MeV derived from gamma-ray emissivity spectra
OG 3.1-8 BHAT, C.L. Relevance of cosmic gamma rays to the mass of gas in the galaxy
OG 3.1-9 POLLOCK, A.M.T. Cos-B gamma-ray sources and interstellar gas
OG 3.1-10 BHAT, C.L. Excess gamma rays from the loop I supernova remmant
OG 3.1-11 BHAT, C.L. Long term variability of the cosmic ray intensity
OG 3.1-12 GRUBER, D.E. Spectrum of the gamma-ray diffuse component observed from heao-1
OG 3.2-1 SHARE, G.H. SMM detection of interstellar **26AL gamma radiation
OG 3.2-3 MAHONEY, W.A. Galactic distribution of interstellar **26AL
OG 3.2-5 PRANTZOS, N. Gamma-ray line emissions from **26AL produced by wolf-rayet stars
OG 3.2-8 HIGDON, J.C. Diffusive galactic annihilation radiation from supernova nucleosynthesis
OG 3.2-9 SILBERBERG, R. Gamma ray line production from cosmic ray spallation reactions

Volume 3 - Conference program sessions:
OG 7.1-1 WADDINGTON, C.J. Variations in the propagation of uh-nuclei
OG 7.1-2 GREVESSE, N. Germanium and lead: significant differences between meteoritic and photospheric abundances?
OG 7.1-3 YADAV, J.S. Lead and uranium group abundances in cosmic rays
OG 7.1-4 BINNS, W.R. Implications of source abundances of ultraheavy cosmic rays
OG 7.1-5 GILER, M. Propagation and nucleosynthesis of ultraheavy cosmic rays
OG 7.1-7 MARGOLIS, S.H. Sources of the ultraheavy cosmic rays
OG 7.1-8 SAKURAI, K. The cosmic ray composition as viewed from the chemical abundances of the solar system
OG 7.1-9 SALAMON, M.H. Elemental technetium as a cosmic-ray clock
OG 7.1-10 LETAW, J.R. Electron capture decay of cosmic rays: a model of the inhomogeneous interstellar medium
OG 7.1-11 CHUANZAN, Y. A very important process of nucleousynthesis in stars
OG 7.2-1 MARGOLIS, A.H. The model-independence of cosmic ray source determinations
OG 7.2-2 WEBBER, W.R. The effects of newly measured cross sections in hydrogen on the production of secondary nuclei during the propagation of cosmic rays through interstellar H
OG 7.2-3 LETAW, J.R. Implications of cross section errors for cosmic ray propagation
OG 7.2-4 MORFILL, P. Cosmic ray secondary nuclei and the structure of the galaxy
OG 7.2-8 SCHLICKEISER, R. Why do leaky-box models work so fine?
OG 7.2-9 BRETTHORST, G.L. Alfven wave scattering and the secondary to primary ratio
OG 7.2-11 FERRANDO, P. On the importance of interstellar helium for the propagation of heavy cosmic rays
OG 7.2-13 HIGDON, J.C. Interstellar turbulence, random density variations, and scintillation measurements
OG 7.2-14 BYKOV, A.M. On the cosmic ray diffusion in a violent interstellar medium
OG 7.2-15 GINZBURG, V.L. The role of cosmic rays in magnetic hydrodynamics of interstellar medium
OG 7.2-16 PTUSKIN, V.S. Diffusion of strongly magnetized cosmic ray particles in a turbulent medium
OG 7.2-17 SCHULZ, M. Cosmic-ray transport in the galactic magnetosphere
OG 7.2-18 DOUGHERTY, M.K. The role of cosmic rays and Alfven waves in the structure of the galactic halo
OG 7.2-19 WEBBER, W.R. Measurements of the fragmentation of 40**AR, 28**SI and 12**C in CH2, C and H targets between 300 and 1500 MeV/NUC at the bevalac
OG 7.2-20 LAU, K.H. Measurements of FE and AR fragmentation cross sections
OG 7.2-21 KERTZMAN, M.P. Interactions of heavy nuclei KR, XE and HO, in light targets
OG 7.2-22 HEINRICH, W. Cross sections for the production of fragments with Z>8 by fragmentation of 9<Z26 nuclei
OG 7.2-23 TSAO, C.H. Calculation of improved spallation cross sections
OG 8.1-1 WEBB, G.M. The cosmic-ray shock structure problem for relativistic shocks
OG 8.1-2 ZANK, A.P. Instabilities in decelerating supersonic flows with applications to cosmic ray shocks
OG 8.1-3 DORFI, E.A. Time-dependent nonlinear cosmic ray shocks confirming abstract
OG 8.1-4 BECK, R. Selfsimilar time dependent shock structures
OG 8.1-5 DORFI, E.A. A cosmic ray driven instability
OG 8.1-6 EICHLER, D. Relativistic cosmic ray spectra in the full non-linear theory of shock acceleration
OG 8.1-7 KAZANAS, D. The central engine of quasars and agns: a relativistic proton radiative shock
OG 8.1-8 JOKIPII, J.R. A model for the origin of high-energy cosmic ray
OG 8.1-9 DORFI, E.A. Acceleration of cosmic rays in supernova-remnants
OG 8.1-10 BECK, R. Onion-shell model of cosmic ray electrons and radio synchrotron emission in supernova remants
OG 8.1-11 BOGDAN, T.J. Diffusive electron acceleration at SNR shock fronts and the observed SNR radio spectral indices
OG 8.1-12 VOLK, H.J. Approximate supernova remnant dynamics with cosmic ray production
OG 8.1-13 BEREZHKO, E.G. Efficiency of regular acceleration of particles by a shock wave at different injection regimes
OG 8.2-2 KO, C.M. A numerical study of diffusive shock acceleration of cosmic rays in supernova shocks
OG 8.2-3 FAN, C.Y. Scaling from Jupiter to pulsars and the acceleration of cosmic ray particles by pulsars, III
OG 8.2-5 SHAPIRO, M. Do supernovae of type I play a role in cosmic-ray production?
OG 8.2-6 PRANTZOS, N. Neutron-rich nuclei in cosmic rays and wolf-rayet stars
OG 8.2-8 BODIFEE, G. Bursting star formation and the overabundance of wolf-rayet stars
OG 8.2-12 YANAGITA, S. Interstellar **22NA AS a possible cause of the excess **22NE in the galactic cosmic ray
OG 8.2-13 SY AN On magnetic pair production above fast pulsar polar caps
OG 8.2-14 BOSTICK, W.H. The electromagnetic ram action of the plasma focus as a paradigm for the generation of the cosmic rays and the gigantic jets in active galaxies
OG 8.2-15 TOMOZAWA, Y. The origins of cosmic rays and quantum effects on gravity
OG 8.2-16 RUEDA, A. Evaluation of parameters for particles acceleration by the zero-point field of quantum electrodynamics
OG 8.2-17 DOGIEL, V.A. Giant molecular clouds as regions of particle acceleration
OG 8.2-18 LAVRUKHINA, A.K. The nucleosynthesis of deuterium and helium-3
OG 8.2-19 LAVRUKHINA, A.K. Nuclear reactions in shock wave front during supernova events
OG 8.2-20 GOULD, R.J. Breakdown of helium nuclei in matter processed near black holes
OG 8.2-21 THIELHEIM, K.O. Pulsars as cosmic ray particle accelerators: proton orbits
OG 8.2-22 THIELHEIM, K.O. Pulsars as cosmic ray particle accelerators: energy development of protons
OG 8.2-23 THIELHEIM, K.O. Pulsars as cosmic ray particle accelerators: dynamics of electrons
OG 8.3-1 LERCHE, I. Influence of the source distribution on the age distribution of galactic cosmic rays
OG 8.3-2 LERCHE, I. Explanation of the secondary to primary ratio within the continuous Fermi acceleration model
OG 8.3-3 SIMON, M. Propagation of injected cosmic rays under distributed reacceleration
OG 8.3-4 GILER, M. Secondary to primary ratio and the continuous acceleration
OG 8.3-5 SILBERBERG, R. Propagation of cosmic rays and new evidence for distributed acceleration
OG 8.3-7 COWSIK, R. Exact solutions for sporadic acceleration of cosmic rays
OG 8.3-8 WEBB, G.M. Relativistic transport theory for cosmic-rays
OG 8.3-9 BOGDAN, T.J. Stochastic particle acceleration in flaring stars
OG 9.1-1 LLOYD-EVANS, J. The design of an experiment to detect low energy antiprotons
OG 9.1-3 SADAMON, M.H. An experiment to measure the energy spectrum of cosmic ray antiprotons from 100 to 1000 MeV
OG 9.1-4 ACHARYA, B.S. High resolution Cherenkov detectors for cosmic ray isotope experiment
OG 9.1-5 SWORDY, S.P. Cerenkov counters for high energy cosmic ray nuclei: some new developments
OG 9.1-6 GORET, P. A high resolution gas Cerenkov detector for the superconducting magnet facility
OG 9.1-7 BINNS, W.R. Bevalac calibration of the sofie range and hodoscope detectors
OG 9.1-8 HEUREUX, J.L. The development of a high energy cosmic ray detector for spacelab-2
OG 9.1-9 ESPOSITO, J.A. Mass resolution optimization in a large isotopic composition experiment
OG 9.1-10 ADAMS, J.H. The heavy ions in space experiment
OG 9.1-12 SERMUND, G. Cerenkov - DE/DX - range measurements on cosmic ray iron group nuclei
OG 9.1-13 NEWPORT, B.J. The response of ionization chambers to relativistic heavy nuclei
OG 9.1-14 WIEDENBECK, M.E. Multiple scattering effects in DE/DX - E instruments for isotopic composition studies
OG 9.2-1 FINGER, M.H. Hexagonal uniformly redundant arrays for coded-aperture imaging
OG 9.2-2 ALTHOUSE, W.E. A balloon-borne imaging gamma-ray telescope
OG 9.2-3 GEHRELS, N. A coded aperture imaging system optimized for hard x-ray and gamma ray astronomy
OG 9.2-4 TEEGARDEN, B.J. The gamma-ray imaging spectrometer (gris): a new balloon-borne experiment for gamma-ray line astronomy
OG 9.2-5 JENKINS, T.L. Modeling a high energy gamma-ray telescope
OG 9.2-6 OWENS, A. Secondary gamma-ray production in a coded aperture mask
OG 9.2-7 JENKINS, T.L. Operating characteristics of a prototype high energy gamma-ray telescope
OG 9.2-8 BUTLER, R.C. An experimenatal assessment of the imaging quality of the low energy gamma-ray telescope zebra
OG 9.2-9 MATTESON, J.L. Advanced techniques for high resolution spectroscopic observations of cosmic gamma-ray sources
OG 9.2-10 AKIMOV, V.V. The gamma-ray telescope gamma-1
OG 9.2-11 AGNETTA, G. The Figaro experiment for the observation of time marked sources in the low energy gamma-ray range
OG 9.2-12 THOMPSON, D.J. The high energy balloon instrument
OG 9.2-13 ZYCH, A.D. Measured performance of the new university of California gamma ray telescope
OG 9.2-14 FISHMAN, G.J. Burst and transient source experiment (batse) for the gamma ray observatory (gro)
OG 9.2-15 MATTESON, J.L. Gamma-ray burst spectroscopy capabilities of the batse/gro experiment
OG 9.2-16 PACIESAS, W.S. Capabilities of the gro/batse for monitoring of discrete sources
OG 9.3-1 FRONTERA, F. Lapex: a phoswich balloon experiment for hard x-ray astronomy
OG 9.3-2 DA COSTA FERREIRA NERI, A. Na improved time of flight gamma-ray telescope to monitor diffuse gamma-ray in the energy range 5 MeV - 50 MeV
OG 9.3-3 KOCH, D. Results of a study to build a gamma-ray telescope in an external tank
OG 9.3-4 MCBREEN, B. GEV gamma-ray astronomy telescopes with high angular resolution
OG 9.3-5 SHEN, C. An approach of reducing the background induced by neutrons
OG 9.3-6 ZANROSSO, E.M. Neutron - induced 2.2 MeV background in gamma ray telescopes
OG 9.3-7 DEAN, A.J. A comparison of calculated and measured background noise rates in hard x-ray telescopes at balloon altitude
OG 9.3-8 MAYER-HASSELWANDER, H.A. The final cos-B database - now publicly available
OG 9.3-9 STRONG, A.W. The final cos-B database: in-flight calibration of instrumental parameters
OG 9.3-10 HUNTER, S.D. A star camera aspect system suitable for use on balloon experiments
OG 9.3-11 ALTHOUSE, W.E. Balloon-borne video cassette recorders for digital data storage
OG 9.3-12 DEAN, A.J. A position sensitive phoswitch hard x-ray detector system
OG 9.3-13 FERRANDO, P. A Cerenkov imaging telescope for high energy gamma rays
OG 9.4-2 CHADWICK, P.M. The university of durham mark III very high energy gamma ray telescope
OG 9.4-3 AOKI, T. A new ultra high energy gamma ray telescope at ohya mine
OG 9.4-4 CLAY, R.W. The buckland park air shower array
OG 9.4-5 ALLKOFER, O.C. An EAS experiment at mountain altitude for the detection of gamma-ray sources
OG 9.4-6 WEEKES, T.C. An observatory to study 10**10 to 10**17 EV gamma rays
OG 9.4-7 BROOKE, G. A new array for the study of ultra high energy gamma-ray sources
OG 9.4-8 TESHIMA, M. Akeno 200KM**2 air shower array (akeno branch)
OG 9.4-9 LINSLEY, J. Mini and super mini arrays for the study of highest energy cosmic rays
OG 9.4-10 LINSLEY, J. Detection of 10**10 GeV cosmic neutrinos with a space station
OG 9.5-1 CLAY, R.W. The longitudinal thickness of air shower fronts
OG 9.5-2 LAMBERT, A. Shower disc sampling and the angular resolution of gamma-ray shower detectors
OG 9.5-3 HILLAS, A.M. Cerenkov light images of EAS produced by primary gamma rays and by nuclei
OG 9.5-4 CAWLEY, M.F. Application of imaging to the atmospheric Cherenkov technique
OG 9.5-5 SOMMERS, P. A method to improve observations of gamma ray sources near 10**15 EV
OG 9.5.6 LINSLEY, J. Angular resolution of air shower array-telescopes
OG 9.5-7 LINSLEY, J. Astrophysical applications of high angular resolution array-telescopes
OG 9.5-8 APTE, A.R. Angular resolution of an EAS array for gamma ray astronomy at energies > 5 x 10**13 EV
OG 9.5-9 KASAHARA, K. Note on the detection of high energy primary cosmic gamma rays by air shower observation
OG 9.5-10 STAUBERT, R. On the statistical significance of excess events - remarks of caution and the need for a standard method of calculation
OG 9.5-11 DE JAGER, O.C. A new approach to evaluate gamma-ray measurements
OG 9.5-13 PROTHERDE, R.J. A new statistic for analysis of circular data in gamma-ray astronomy
OG 9.5-14 MORELLO, C. The angular resolution of air shower gamma ray telescopes

Volume 4 - Conference papers SH sessions:
SH 1.1-3 RYAN, J.M. Propagation of solar flare particles in a turbulent coronal loop
SH 1.1-4 DROGE, W. Stochastic particle acceleration in solar flares
SH 1.1-5 ELLISON, D.C. First-order Fermi shock acceleration in solar flares
SH 1.1-6 DECKER, R.B. Prompt acceleration of ions by oblique turbulent shocks in solar flares
SH 1.1-7 CLIVER, E.W. Fast drift kilometric radio bursts and solar proton events
SH 1.1-8 PEREZ-PERAZA, J. Study of photon emission by electron capture during solar nuclei acceleration I. temperature-dependent cross section for charge changing processes
SH 1.1-9 PEREZ-PERAZA, J. Study of photon emission by electron capture during solar nuclei acceleration transfer establishment
SH 1.1-10 PEREZ-PERAZA, J. Study of photon emission by electron capture during solar nuclei acceleration: III. Photon production evaluations
SH 1.2-2 PEREZ-PERAZA, J. Study of non-thermal photon production under different scenarios in solar flares: I. scenarios and formulations
SH 1.2-3 PEREZ-PERAZA, J. Study of non-thermal photon production under different scenarios in solar flares: II. the Compton inverse and bremsstrahlung models and fittings
SH 1.2-4 SIMNETT, G.M. Spectral and spatial properties of solar microflares
SH 1.2-6 VILMER, N. Temporal evolution of an energetic electron population in an inhomogeneous medium. Application to solar hard x-ray bursts
SH 1.2-7 KLEIN, K.L. Quantitative analysis of flare accelerated electrons through their hard x-ray and microwave radiation
SH 1.2-8 HUDSON, H.S. An extended "superhot" solar flare x-ray source
SH 1.2-9 YOSHIMORI, M. Observations of solar flare photon energy spectra from 20 KeV to 7 MeV
SH 1.2-10 HUDSON, H.S. Ion energy storage for post-flare loops
SH 1.2-11 DAIBOG, E.I. Two types of electron events in solar flares
SH 1.2-12 CANE, H.V. Two classes of solar energetic particle events associated with impulsive and long duration soft x-ray flares
SH 1.2-13 SIMNETT, G.M. A dominant role for protons at the onset of solar flares
SH 1.2-14 EVENSON, P. The energy spectra of solar flare electrons
SH 1.3-1 GALINDO, J. Onset of solar flares as predicted by two-dimensional MPD-models of quiescent prominences
SH 1.3-2 SIMNETT, G.M. The starting conditions for an optically small solar gamma ray flare
SH 1.3-5 CANFIELD, R.C. On the detectability of kev-mev solar protons through their nonthermal lyman-alpha emission
SH 1.3-6 YOSHIMORI, M. Observations of solar flare gamma-rays and protons
SH 1.3-7 KAHLER, S.W. Energetic protons from a disappearing solar filament
SH 1.3-8 MCDONALD, F.B. Helios 1 energetic particle observations of solar gamma ray/neutron flare events of 7, 21 june 1980 and 3 june 1982
SH 1.3-9 NEUSTOCK, H.H. Injection of energetic particles following the gamma-ray flares on june 7, 1980, as observed on helios-1
SH 1.3-11 SEMUKHIN, P.E. Ultrarelativistic electrons and solar flare gamma-radiation
SH 1.3-13 PEREZ-PERAZA, J. Source energy spectra from demodulation of solar particle data by interplanetary and coronal transport
SH 1.3-14 STOKER, P.H. Spectra of solar proton ground level events using neutron monitor and neutron moderated detector recordings
SH 1.3-15 BELOV, A.V. Ground increase of cosmic ray intensity on February 16, 1984
SH 1.3-17 KOZLOV, S.A. The SCR flare of 16 february 1984 AS recorded by the sayan spectrograph
SH 1.4-1 CHUPP, E.L. The extended production of neutrons during a slar flare
SH 1.4-2 EVENSON, P. Further observations of protons resulting from the decay of neutrons ejected by solar flares
SH 1.4-3 IUCCI, N. Suggestions for improving the efficiency of ground-based neutron monitors for detecting solar neutrons
SH 1.4-5 MARTINIC, N.J. Search for solar neutrons using NM-64 equipament
SH 1.4-6 KOGA, R. A search for solar neutrinos on a long duration balloon flight
SH 1.4-7 FORREST, D.J. Neutral pion production in solar flares
SH 1.4-8 KOCHAROV, G.E. High energy neutron and gamma radiation generated during the solar flares
SH 1.4-9 EFIMOV, Y.U.E. On the angular and energy distribution of solar neutrons generated in P-P reactions
SH 1.4-10 KIRSCH, E. Possible detection of flare-genertated positrons by helios 1 on 3 june 1982
SH 1.5-1 VALDES-GALICIA, J.F. Shock and statistical acceleration of energetic particles in the interplanetary medium
SH 1.5-3 DECKER, R.B. Energetic ion acceleration at collisionless shocks
SH 1.5-4 KRIMIGIS, S.M. Acceleration of ions and electrons near-cosmic ray energies in a perpendicular shock: the January 6, 1978 event
SH 1.5-5 KESSEL, R.L. Particle acceleration due to shocks in the interplanetary field: high time resolution data and simulation results
SH 1.5-6 BALOGH, A. Pitch angle distributions of 35-1000 KEV protons at quasi-perpendicular interplanetary shocks
SH 1.5-12 GLOECKLER, G. Spatial dependence of the local diffusion coefficient upstream of the November 12, 1978 interplanetary traveling shock
SH 1.5-14 GOLD, R.E. Latitude dependence of co-rotating shock acceleration
SH 1.5-15 VON ROSENVINGE, T.T. Elemental abundances in corotating events
SH 1.5-16 ARMSTRONG, T.P. Solar and interplanetary particles at 2 to 4 MEV during solar cycles 21: solar cycle variations of event sizes, and compositions
SH 1.5-17 PETUKHOV, S.I. Cosmic ray acceleration by stellar wind. simulation for heliosphere
SH 1.5-18 CHRISTON, S.P. The energy spectrum of jovian electrons in interplanetary space
SH 1.5-19 EVENSON, P. The jovian electron spectrum: 1978-1984
SH 2.1-1 BOBROVSKAYA, V.V. Observation of the fluxes of nuclei with energies of 10-20 MEV per nucleon during the solar flare of april 26, 1984
SH 2.1-3 MAI VAN HOLLEBEKE. Energetic particle observations of solar gamma ray/neutron flare events of 3 june chemical composition
SH 2.1-4 BRENEMAN, H.H. Precision measurements of solar energetic particle elemental composition
SH 2.1-5 BRENEMAN, H.H. Solar coronal and photospheric abundances from solar energetic particle measurements
SH 2.1-6 VAHIA, M.N. Silicon to iron abundances in solar cosmic rays and in the sun
SH 2.1-7 MCGUIRE, R.E. Variation in elemental composition of several MeV/nucleon ions observed in interplanetary space
SH 2.1-8 VOLODICHEV, N.N. On the retention of high-energy protons and nuclei with charges z > or equal to 2 in large solar flares after the process of their acceleration
SH 2.1-9 VALCLAIR, S. Diffusion in the chromospheres, and the composition of the solar corona and energetic particles
SH 2.1-10 MULLAN, D.J. Anomalous abundances of solar energetic particles and coronal gas: coulomb effects and first ionization potential (FIP) ordering
SH 2.1-11 LUHN, A. Mean charge states of N, NE, MG, SI, and S during solar energetic particle events
SH 2.1-12 LUHN, A. Calculations of heavy ion charge state distributions for nonequilibrium conditions
SH 2.1-13 MURPHY, R.J. Abundances fromsolar flare gamma ray line spectroscopy
SH 2.1-14 KOZLOVSKY, B. Solar flare gamma ray line spectroscopy
SH 2.2-1 PEREZ-ENRIQUEZ, R. Isotopic overabundances and the energetic particle model of solar flares
SH 2.2-2 YU, C. Nucleosynthesis in the terrastial and solar atmospheres
SH 2.2-3 REAMES, D.V. Type III solar radio bursts and **3HE-Rich events
SH 2.2-4 KAHLER, S.W. Solar source regions of 3**HE-Rich particle events
SH 2.2-5 REAMES, D.V. **3HE in solar non-relativistic electron events
SH 2.2-6 DIETRICH, W.F. Elemental abundance differences between nuclei acceleration in cir shocks and solar flares3HE-rich solar flares
SH 2.2-7 MASON, G.M. The heavy ion composition in **3HE-rich solar flares
SH 2.2-8 LUHN, A. Mean charge of silicon in 3**HE-rich solar flares
SH 2.2-9 KOCHAROV, L.G. On the connection between the **3HE-enrichment and spectral index of solar energetic particles
SH 2.2-10 KOCHAROV, L.G. The plasma mechanism for preferential acceleration of heavy ions
SH 3.1-1 TAKENAKA, T. Observations of solar energetic particles at at synchronous orbit
SH 3.1-2 KOHNO, T. Coronal propagation of solar flare particles observed by geostationary satellite
SH 3.1-3 SCHELLERT, G. Coronal propagation of flare associated electrons and protons
SH 3.1-5 EVENSON, P. Geometry of the diffusive propagation region in the august 14, 1982 solar electron event
SH 3.1-6 MOROZOVA, E.I. Peculiarities of propagation of charged particles in solar corona
SH 3.1-7 DEBRUNNER, H. Some characteristics of the solar flare event of February 16, 1984
SH 3.1-8 HAMILTON, D.C. Constraints on solar flare particle transport models from anisotropy observations at voyager 1
SH 3.1-9 MARSDEN, R.G. Low energy proton bidirectional anisotropies and their relation to transient interplanetary magnetic structures: ISEE-3 observations
SH 3.1-10 NG, C.K. Second-order Compton-getting effect on arbitrary intensity distribution
SH 3.1-11 NG, C.K. Determination of the pitch-angle distribution and transverse anisotropy of interplanetary particles
SH 3.1-13 BEECK, J. Pitch angle distributions of solar energetic particles and the local scattering properties of the interplanetary magnetic field
SH 3.2-1 BIEBER, J.W. Exponential anisotropy of solar cosmic rays
SH 3.2-2 FENTON, K.B. Energetic solar particle events
SH 3.2-3 ANDERSON, K.A. Channeled propagation of solar particles
SH 3.2-4 MCDONALD, F.B. The propagation of solar energetic particles in magnetic channels
SH 3.2-5 MASON, G.M. Radial transport of ~1 MEV/nucleon ions during the 22 november 1977 solar particle event
SH 3.2-6 LOCKWOOD, J.A. Energetic solar fluxes out to 3 AU during the may 7, 1978 flare event
SH 3.2-8 GREEN, G. The local cahracterictic function of interplanetary particle propagation
SH 3.2-9 CHEBAKOVA, E.A. Investigation of cosmic ray propagation in interplanetary space
SH 3.2-10 YANG, G.L. Diffusion - convection function of cosmic rays
SH 3.2-11 LUMME, M. Monte carlo calculations of relativistic solar proton propagation in interplanetary space
SH 3.2-13 NISKOVSKIKH, A.S. On reflecting boundary behind the earth's orbit at propagation of fast particles from solar flares
SH 4.1-2 BABAYAN, V.K. The dispersive evolution of charged-particle bunches in random magnetic fields
SH 4.1-3 EARL, J.A. Numerical descriptions of cosmic-ray transport
SH 4.1-4 EARL, J.A. Numerical and analytic descriptions of cosmic-ray transport
SH 4.1-7 GALL, R. The role of shock waves in modulation of galactic cosmic rays
SH 4.1-9 LOCKWOOD, J.A. The intensity recovery of forbush-type decreases as a function of heliocentric distance and its relationship to the 11-year variation
SH 4.1-10 AGRAWAL, S.P. Cumulative effect of forbush decreases in the heliosphere modulation during the present solar cycle
SH 4.1-11 BURLAGA, L.F. Cosmic ray modulation and merged interaction regions
SH 4.1-12 FORMAN, M.A. Propagation of the phase of cosmic-ray modulation
SH 4.1-13 CHRISTON, S.P. Latitude variation of recurrent fluxes in the outer solar system
SH 4.1-14 GOLD, R.E. Longitudinal distribution of cosmic rays in the heliosphere
SH 4.1-16 GARCIAMUNOZ, M. The 1973-1984 solar modulation of cosmic ray nuclei
SH 4.1-20 DORMAN, L.I. Cosmic ray modulation in a random anisotropic magnetic field
SH 4.1-21 ROELOF, E.C. Evidence for regions of negligible cosmic-ray modulation in the inner heliosphere (<10 AU)
SH 4.2-3 BURGER, R.A. Notes on drift theory
SH 4.2-4 POTGIETER, M.S. Drift and observations in cosmic-ray modulation. I.
SH 4.2-5 POTGIETER, M.S. Drift and observations in cosmic-ray modulation. II
SH 4.2-6 BIEBER, J.W. Cosmic ray north-south anisotropy 1965-1982:
SH 4.2-7 SWINSON, D.B. North-south asymmetry in activity on the sun and cosmic ray density gradients
SH 4.2-8 SAITO, T. Cosmic ray intensity and the tilt of the neutral sheet
SH 4.2-9 CHRISTON, S.P. Differential measurement of cosmic-ray gradient with respect to interplanetary current sheet
SH 4.2-10 JOKIPII, J.R. Spatial variation of cosmic rays near the heliospheric current sheet
SH 4.2-11 KOTA, J. Effect of a wavy neutral sheet on cosmic ray anisotropies
SH 4.2-12 GONCHAR, G.A. Effects of solar magnetic field on cosmic rays
SH 4.2-13 BADRUDDIN. Determination of galactic cosmic ray latitudinal gradient using earth based detectors
SH 4.2-14 ALANIA, M.V. The expected cosmic ray density and stream distributions at the heliolatitudinal asymmetry of solar wind
SH 4.2-16 NEWKIRK, G. Latitudinal gradients of cosmic rays and the polarity reversal of the heliospheric magnetic field: a preliminary evaluation
SH 4.2-17 ZUSMANOVICH, A.G. The influence of nonstationarity of the solar activity and general solar field on modulation of cosmic rays
SH 4.2-18 ALANIA, M.V. The effect of the neutral sheet structure of the interplanetary magnetic field on cosmic ray distribution in space
SH 4.2-19 KRAINEV, M.M.B. On the influence of the heliomagnetospheric periphery on the galactic cosmic rays
SH 4.2-20 ALANIYA, M.V. Spatial distribution of cosmic rays in magnetic cycles of the sun
SH 4.2-21 CHIRKOV, N.P. 11-and 22-year variations of the cosmic ray density and of the solar wind speed
SH 4.2-22 OTAOLA, J.A. Difference between even and ODD II-year cycles in cosmic ray intensity
SH 4.2-23 GARCIA-MUNOZ, M. The dependence of solar modulation on the sign of the cosmic ray particle charge
SH 4.2-24 SHEA, M.A. An update on the correlation between the cosmic radiation intensity and the geomagnetic AA index

Volume 5 - Conference program sessions:
SH 4.3-7 WALKER, F. Gradients and anisotropies of high energy cosmic rays in the outer heliosphere
SH 4.3-8 DULDIG, M.L. Isotropic intensity waves and features of their occurrence
SH 4.3-9 NAGASHIMA, K. IMF-sense-dependent cosmic ray anisotropy produced from diffusive-convection in heliosphere
SH 4.3-10 MUNAKATA, Y. Influence of the neutral sheet on the swinson's type north-south anisotropy of cosmic rays
SH 4.3-12 TAKAHASHI, H. Characteristics of cosmic ray pole - equator anisotropy derived from spherical harmonic analysis of neutron monitor data
SH 4.3-13 TAKAHASHI, H. First zonal harmonic component of cosmic ray neutron intensity
SH 4.3-14 PATHAK, S.P. Cosmic ray intensity distribution perpendicular to solar equatorial plane at 1 au during 1978-1983
SH 4.3-15 XUE, S. The corotating variation of the north-south anisotropy of cosmic rays
SH 4.4-2 ISHIDA, Y. Cosmic ray sidereal diurnal variation of galactic origin observed by neutron monitors
SH 4.4-3 UENO, H. Sidereal anisotropies in the median rigidity range 60-600GV in 1978-1983
SH 4.4-4 HUMBLE, J.E. Sidereal variations deep underground in Tasmania
SH 4.4-5 HUMBLE, J.E. The effect of the interplanetary magnetic field on sidereal variations observed at medium depth underground detectors
SH 4.4-6 JACKLYN, R.M. The sidereal semi-diurnal variation observed at high zenith angles at mawson, 1968-1984, and the polarity of the solar main field
SH 4.4-7 SWINSON, D.B. Corrected sidereal anisotropy for underground muons
SH 4.4-8 KUZMIN, A.I. Sidereal anisotropy of cosmic rays
SH 4.4-9 YASUE, S. Cosmic ray intensity variations observed at matsushiro (220 M.W.E. in depth)
SH 4.1-10 FENTON, A.G. Long-term modulation of cosmic rays during solar cycle 21
SH 4.1-12 PANDEY, P.K. Role of solar flare index in long term modulation of cosmic ray intensity
SH 4.1-14 ATTOLINI, M.R. A study of periodicities and recurrences in solar activity and cosmic ray modulation
SH 4.4-15 ATTOLINI, M.R. Cosmic ray biennial variation
SH 4.4-16 VENKATESAN, D. Cosmic ray power spectral variations: 3. Solar rotation periodicities
SH 4.4-17 CHARAKHCHYAN, T.N. Variations of cosmic ray general component in Antarctica
SH 4.4-18 SVIRZHEVSKAYA, A.K. The difference in the energy spectra of galactic cosmic rays at the minima of the 19th and 20th solar activity cycles
SH 4.1-19 BAZILEVSKAYA, G.A. Cosmic ray variations with the period close to 27 days and their connection with solar activity longitudinal distribution
SH 4.4-20 SHATASHVILI, L.K.H. Azimuthal and meridional asymmetries of solar wind and quasiperiodic variations of intensity of galactic cosmic rays (GCR)
SH 4.4-21 CHARAKHCHYAN, T.N. Dynamics of two-year cosmic ray variations inferred from the data of spacecraft and stratospheric measurements and from the neutron monitor data in 1959-1981
SH 4.1-22 KRIVOSHAPKIN, P.A. Long-term modulation of galactic cosmic rays in high-energy region
SH 4.5-1 MUNAKATA, K. The first three harmonics of solar daily variation caused by the diffusive propagation of galactic cosmic rays through the heliosphere
SH 4.5-2 TATSUOKA, R. Formulation of cosmic-ray solar, daily variation and its seasonal variation, produced from generalized stationary anisotropy of solar origin
SH 4.5-3 MORI, S. Solar TTRI-diurnal variation of cosmic rays in a wide range of rigidity
SH 4.5-4 AHLUWALIA, H.S.Upper cut-off rigidity for corotation anisotropy during solar activity cycles 20 and 21
SH 4.5-5 ERDOS, G. 22-year cycle of the upper limiting rigidity of daily waves
SH 4.5-6 AHLUWALIA, H.S. Solar wind velocity and daily variation of cosmic rays
SH 4.5-7 AHLUWALIA, H.S. Diurnal anisotropy during solar activity cycle twenty and diffusion-convention model
SH 4.5-8 ASATRYAN, G.A. Diurnal effect in cosmic rays at middle latitudes according to the stratospheric measurements
SH 4.5-9 KUMAR,S. Comparative study of the phase of diurnal anisotrophy on quiet and distributed days on a long term basis up to recent period
SH 4.5-10 KUMAR, S. Study of spectral exponent on quiet and distributed days
SH 4.5-11 KUMAR, S. Diurnal variation of galactic cosmic ray intensity on quiet days
SH 4.5-13 TAKAHASHI, K. Diurnal variations from muon data at takeyama underground station
SH 4.5-14 CHUANG, L.S. Long term changes in cosmic ray diurnal variations observed by ion chambers in hong kong and japan
SH 4.5-15 ISKRA, K. The modulation features of the long-period cosmic ray variations in connection with the sign change of the general magnetic field of the sun
SH 4.5-16 KAVLAKOV, S. The cosmic ray differential diurnal variation dependences on the zenith angle and the geomagnetic disturbance
SH 4.5-17 BADRUDDIN. Cosmic ray density gradient and its dependence on the north-south asymmetry in solar activity
SH 4.5-18 UENO, H. Anomalous increase of solar anisotropy above 150GeV in 1981-1983
SH 4.5-19 SHARVADZE, Z.S. Diagnostic of electromagnetic conditions in space using cosmic rays
SH 4.5-20 KRAVTSOV, N.G. Change of cosmic ray anisotropy with solar activity
SH 4.5-21 BIEBER, J.W. Magnetic fluctuations and cosmic ray diurnal variations
SH 4.6-1 CUMMINGS, A.C. Changes in the energy spectrum of anomalous helium and oxygen 1977 - 1985
SH 4.6-2 MEWALDT, R.A. Solar cycle variations of the anomalous cosmic ray component
SH 4.6-3 MASON, G.M. Temporal variations of the anomalous oxygen component, 1977-1984
SH 4.6-4 WEBBER, W.R. Radial and latitudinal gradients of anomalous oxygen during 1977-1985
SH 4.6-5 HOVESTADT, D. Observation of pickup-ions in the solar wind: evidence for the source of the anomalous cosmic ray component?
SH 4.6-6 POTGIETER, M.S. On the anomalous component
SH 4.6-7 BISWAS, S. Possible origin of the anomalous component of cosmic rays
SH 4.7-1 WEBBER, W.R. The cosmic ray interplanetary radial gradient from 1972 - 1985
SH 4.7-2 FILLIUS, W. Time and energy dependence of the cosmic ray gradient in the outer heliosphere
SH 4.7-3 MCDONALD, F.B. The large scale dynamics of the outer heliosphere and the long-term modulation of galactic cosmic rays
SH 4.7-4 CHRISTON, S.P. Solar modulation and interplanetary gradients of the galactic electron flux: 1977-1984
SH 4.7-5 MCKIBBEN, R.B. Galactic cosmic ray radial gradients and the anomalous HE component near maximum solar modulation and to radII beyond 34 au from the sun
SH 4.7-6 VENKATESAN, D. Voyager 1 and 2 measurements of radial and latitudinal cosmic ray gradients in 1981-84
SH 4.7-7 MCKIBBEN, R.B. The recovery of the cosmic ray flux from maximum solar modulation at IMP-8 (1au) and at pioneer 10 (R > 30 au)
SH 4.7-9 PYLE, K.R. The large-scale modulation of cosmic rays in mid-1982: its dependence on heliospheric longitude and radius
SH 4.7-10 BABAYAN, V.K.H. Nonstationary modulation of galactic cosmic rays in a nonlinear model
SH 4.7-11 DORMAN, I.V. Dimensions of the solar wind cavity and of the region of interplanetary cosmic ray modulation
SH 5.1-2 MORAAL, H. Drift and forbush decreases
SH 5.1-3 IUCCI, N. Anomalous short-term increases in the galactic cosmic ray intensity: are they related to interplanetary magnetic cloud-like structures?
SH 5.1-4 IUCCI, N. The flare origin of the forbush decreases not associated with solar flares on the visble hemisphere of the sun
SH 5.1-5 IUCCI, N. Longitudinal dependence of the interplanetary perturbation produced by energetic type IV solar flares and of the associated cosmic ray modulation
SH 5.1-6 SAKAIBARA, S. Rigidity spectrum of forbush decrease
SH 5.1-7 VAINIKKA, E. Spectral analysis of the forbush decrease of july 13, 1982
SH 5.1-8 KODAMA, M. Transient cosmic ray increase associated with geomagnetic storm
SH 5.1-9 KUZMIN, A.I. Galactic cosmic ray currents and magnetic field irregularity degree in high-speed solar wind streams
SH 5.1-11 MISHRA, B.L. Study of dominating parameters of high speed solar plasma streams in relation to cosmic ray and geomagnetic storms
SH 5.1-12 BADRUDDIN, R.S. Influence of magnetic clouds on cosmic ray intensity variations
SH 5.1-13 FUJIMOTO, K. The solar wind effect on cosmic rays and the solar acticity
SH 5.1-14 SAKAI, T. A relation between the short time variations of cosmic rays and geomagnetic field change
SH 5.1-15 JAIN, A.K. Anomalous low level of cosmic ray intensity decreases observed during 1980
SH 5.1-16 TORSTI, J.J. Observations of cosmic-ray modulations in the fall 1984
SH 5.1-17 ANTONOVA, V.P. Frequency spectra of short-period variations of cosmic ray
SH 5.1-18 GULINSKY, O.V. Study of cosmic ray scintillations from 5-minute data of the scintillator telescope "izmiran" and world-wide
Network stations
SH 5.1-20 ALANIA, M.V. The theoretical and experimental investigation of cosmic ray forbush-effects
SH 5.1-21 NASKIDASHVILI, B.D. Peculiarities of galactic cosmic ray (GCR) anisotropy variations in connection with the recurrent and sporadic forbush effects
SH 5.1-22 DORMAN, L.I. Cosmic ray modulation by high-speed solar wind fluxes
SH 5.1-23 BELOV, A.V. Solar activity beyond the disk and variations of the cosmic ray gradient
SH 6.1-1 ALEXANYAN, T.M. Coupling functions for lead and lead-free neutron monitors from the latitudinal measurements performed in 1982 in the research station "academician kurchatov"
SH 6.1-2 KUSUNOSE, M. On the solar cycle variation in the barometer coefficients of high latitude neutron monitors
SH 6.1-3 FENTON, A.G. Atmospheric effects on the underground muon intensity
SH 6.1-5 TAKAHASHI, K. Altitude variations of cosmic-ray soft and hard components observed by airborne detectors
SH 6.1-6 AITBAEV, F.B. Additional flux of particles and albedo-electrons in upper atmosphere
SH 6.1-7 VERMA, S.D. Observation of energy spectrum of electron albedo in low latitude region at Hyderabad, india
SH 6.1-8 VERMA, S.D. Proton albedo spectrum observed in low latitude region at Hyderabad, india
SH 6.1-10 TYASTO, M.I. The influens of quiet asymmetric magnetosphere on the cutoff rigidities of the main cone
SH 6.1-11 COOKE, D.J. Re-evaluation of cosmic ray cutoff terminology
SH 6.1-12 SHEA, M.A. The use of the mcilwain l-parameter to estimate cosmic ray vertical cutoff rigidities for different epochs of the geomagnetic field
SH 6.1-13 FLUCKIGER, E.O. Estimating the change in asymptotic direction due to secular changes in the geomagnetic field
SH 6.1-14 HUMBLE, J.E. Empirical model for the earth's cosmic ray shadow at 400 Km: prohibited cosmic ray access
SH 6.1-15 GORCHAKOV, E.V. Penetration of solar protons into the earth's magnetosphere on November 22, 1977
SH 6.1-16 GLUKHOV, G.A. Dynamics of the penetration boundaries of solar protons during a strong magnetic storm
SH 6.1-18 ALEXEYENKO, V.V. Short perturbations of cosmic ray intensity and electric field in atmosphere
SH 6.1-19 BELOV, A.V. Long-period cosmic ray variations and their altitude dependence
SH 6.1-21 SHARVADZE, Z.S. Diurnal variations of cosmic ray geomagnetic cut-off threshold rigidities
SH 6.1-22 BAZILEVSKAYA, G.A. The influence of the earth's magnetosphere on the high-energy solar protons
SH 7.1-1 ATTOLINI, M.R. Cosmic ray **10BE biennial data and their relationship to aurorae and sunspots
SH 7.1-2 FAN, C.Y. Solar modulation of cosmic ray intensity and solar flare events inferred from **14C contents in dated tree rings
SH 7.1-3 ATTOLINI, M.R. Cosmic ray secular variations in terrestrial records and aurorae
SH 7.1-4 NISHIIZUMI, K. When did the average cosmic ray flux increase?
SH 7.1-6 REEDY, R.C. Cosmogenic-nuclide production by primary cosmic-ray protons
SH 7.1-7 REEDY, R.C. Cosmic-ray exposure records and origins of meteorites
SH 7.1-8 DRAGOVITSCH, P. Accelerator experiments on the contribution of secondary particles to the production of cosmogenic nuclides in meteorites
SH 7.1-9 ENGLERT, P. Depth and size effects on cosmogenic nuclide production in meteorites
SH 7.1-10 ZANDA, B. Spallogenic origin of nuclei in meteorites
SH 7.1-11 WOODARD, M.F. Clusters and cycles in the cosmic ray age distributions of meteorites
SH 7.1-12 SAKURAI, K. The 4HE/**1h ratios in the chemical compositions of solar flare particles and the primordial solar nebula
SH 7.1-14 KOCHAROV, G.E. High precise measurements of cosmogenic radiocarbon abundance by complex of scintillation equipments
SH 7.1-15 KOCHAROV, G.E. Radiocarbon content in the annual tree rings during last 150 years and time variation of cosmic rays
SH 7.1-17 ALEXEEV, V.A. Cosmogenic mn-53 in meteorites
SH 8.1-2 HAMPEL, Q. Results of ultra-low-level GE**71 - counting for application in the "gallex" - solar neutrino experiment at the gran sasso underground physics laboratory
SH 8.1-4 SIDDHESHWAR, L. Correlation between solar "neutrino flux" and other solar phenomena
SH 8.1-5 SAKURAI, K. A possible mechanism to cause the quasi-biennial variability on the solar neutrino flux
SH 8.1-6 HAUBOLD, H.J. The conjecture concerning time variations in the solar neutrino flux
SH 8.1-7 RAYCHAUDHURI, P. Solar neutrino flux, cosmic rays and the 11 year solar cycle
SH 8.1-8 RAYCHAUDHURI, P. Solar neutrinos, solar flares, solar activity cycle and the proton decay
SH 8.1-9 INAZAWA, H. Neutrino production from the solar atmosphere
SH 8.1-10 BAZILEVSKAYA, G.A. Solar cosmic ray bursts and solar neutrino fluxes
SH 8.1-11 LEE, H.S. Three dimensional calculation of flux of low energy atmospheric neutrinos
SH 9.1-2 YADAV, J.S. Detector calibration of the Indian cosmic ray experiment (ions) in space-shuttle spacelab-3
SH 9.1-3 SEQUEIROS, J. A silicon surface barrier telescope for solar particles identification
SH 9.1-4 VERMA, S.D. A bi-directional charged particle telescope to observe flux, energy spectrum & angular distribution of relativistic and non-relativistic particles
SH 9.1-5 LIN, R.P. Photometric and spectroscopic gamma ray observations of solar transient phenomena using long durations balloons
SH 9.1-6 COOPER, J.F. Monte carlo calibration of the smm gamma ray spectrometer for high energy gamma rays and neutrons
SH 9.1-7 RYU, J.Y. Comparisons of monthly mean cosmic ray counting rates obtained from worldwide network of neutron monitors
SH 9.1-8 HUA, Y.S. Recording system for the solar neutron monitoring at MT. norikura
SH 9.1-9 KUSUNOSE, M. The burst distributions in the digitized data of the ion chambers at mt. norikura and sea level stations
SH 9.1-10 DORMAN, I.V. Sensitivity of single and multiple cosmic ray neutrons to the surrounding medium in a lead-free monitor
SH 9.1-11 CHUANG, L.S. Pastic scintillators in coincidence for the study of multi-particles production of sea level cosmic rays in dense medium
SH 9.1-12 FRYE, G.M. Sontrac: a solar neutron track chamber detector
SH 9.1-13 STOKER, P.H. The neutron moderated detector for groundbased cosmic ray modulation studies
SH 9.1-14 MORI, S. New matsushiro underground cosmic ray station (220 M.W.E. in depth)
SH 9.1-15 SHEA, M.A. A suggested standardized format for cosmic ray ground-level event data
SH 9.1-16 NINAGAWA, K. The read-out system of spatial distribution of thermoluminescence in meteorites
SH 9.1-17 GULINSKY, O.V. Mehtods and software for cosmic-ray scintillation studies
SH 10.1-1 YE, Z. The influences of the galactic cosmic ray on the atmospheric ozone
SH 10.1-2 ZHEN-DONG, Y.U. Using the information of cosmic rays to predict influenza epidemic
SH 10.1-3 ZHEN-DONG, Y.U. Strong earthquakes, novae and cosmic ray environment
SH 10.1-5 BOBROVSKAYA, V.V. Observation of nuclei with energies of 8-30 MeV per nucleon in the earth's magnetosphere at the altitudes 350 Km
SH 10.1-6 BEAUJEAN, R. Measurement of low energy cosmic rays aboard spacelab-1
SH 10.1-7 BEAUJEAN, R. Heavy cosmic ray measurement onboard spacelab-1
SH 10.1-8 DUDNIK, A.V. Sporadic radio emission connected with a definite manifestation of solar activity in the near earth space
SH 10.1-9 DUDNIK, A.V. Near earth space sporadic radio emission bursts occurring during sunrise

Volume 6 - Conference papers HE sessions:
HE1.1 CROSS SECTIONS
HE 1.1-1 LINSLEY, J. Proton-air and proton-proton cross sections from air shower data
HE 1.1-2 BALTRUSAITIS, R. M. Proton-air inelastic cross section at s**1/2=30 TeV
HE 1.1-3 YODH, G. B. Hadron cross sections at ultra high energies and unitarity bounds on diffraction dissociation
HE 1.1-4 YEREMIAN, S. H. S. On total cross sections and slopes at superhigh energies
HE 1.1-5 AVAKIAN, V. V. Determination of the cross section of the proton, pion and neutron inelastic interaction with lead and carbon nuclei at 0.5-5.0 teV energies
HE 1.1-6 ALEEM, F. E. P (p) P elastic scattering and cosmic ray data
HE 1.1-7 REN, G. X. Measurement of interaction cross section of cosmic ray fe (E>4GEV/n) with al target
HE 1.1-8 AMMIRAJU, P. Hadron thermodynamics in relativistic nuclear collisions
HE 1.1-9 KANEVSKY, B. L. Estimation of the total inelasticity coefficient in interaction of >20 tev hadrons with lead
HE 1.1-11 DANILOVA, T. V. The method for the study of the inelastic cross section for high energy protons by means of shower arrays with the large calorimeter area
HE 1.1-12 PAMIR COLLABORATION. Inelasticity partial coefficient k sub gamma determination in pi c and pi pb interactions at 10**14 ev

HE 1.2 - PARTICCLE PRODUCTION -MODELS AND EXPERIMENTS
HE 1.2-1 CHOU, T. T. Single particle momentm and angular distributions in hadron-hadron collisions at ultrahigh energies
HE 1.2-2 GAISSER, T. K. QCD-motivated description of very high energy particle interactions
HE 1.2-4 KUBIAK, G. Empirical description of the hadron-hadron-nucleus interaction at the accelerator energy range
HE 1.2-5 ELLSWORTH, R. W. Multiplicity distributions in interaction models used for cascade simulations
HE 1.2-6 WROTNIAK, J. A. Some remarks about simulation of cosmic ray phenomena with use of nuclear interaction models based on the current sps proton-antiproton data
HE 1.2-7 HOLYNSKI, R. Low p**t hadron-nucleus interactions
HE 1.2-8 AVAKIAN, V. V. Angular distribution and multiplicity of backward hadrons in hfe interaction at 0.5-5.0tev energies (pion experiment)
HE 1.2-9 DOKE, T. A test of the feynman scaling in the fragmentation region at the square root of s=630gev
HE 1.2-10 KIM, C. O. Angular distribution of shower particles produced in the collisions of 20-gev/c and 300-gev negative pions with emulsion nuclei
HE 1.2-11 BURNETT, T. H. Nucleon-nucleus interactions from jacee
HE 1.2-13 KUCHIN, I. A. An unification of the interactions and the diffractive processes
HE 1.2-14 KUCHIN, I. A. Is the inelastic charge-exchange contribution constant at the large x and superhigh energies?
HE 1.2-15 KAMBEROV, G. General consequences of the violated feynman scaling
HE 1.2-16 ERLYKIN, A. D. Propagation of cosmic rays through the atmosphere in the quark-gluon strings model
HE 1.2-17 MACHAVARIANI, S. I. Scaling violation in the fragmentation region of inclusive nucleon spectrum

HE 1.3- NUCLEI AND NUCLEAR MATTER
HE 1.3-1 FREIER. P. S. Determination of primary energy in nucleus-nuleus collisions and the high P sub T tail og gamma-particles
HE 1.3-4 WADDINGTON, C. J. Stopping relativistic xe, ho, au and u nuclei in nuclear emulsions
HE 1.3-5 STRUGALSKI, Z. Physical meaning of the multiplicities of emitted nucleons in hadron-nucleus collisions
HE 1.3-6 STRUGALSKI, Z. How are particle production, nucleon emission, and target fragment evaporation processes interrelated in hadron-nucleus collisions
HE 1.3-7 STRUGALSKI, Z. Experimental study of the space-time development of the particle production process in hadron-nucleon collisions, using massive target nucleus as a detector
HE 1.3-8 STRUGALSKI, Z. Experimental evidence of the decrease of kinetic energy of hadrons in passing through atomic nuclei
HE 1.3-9 STRUGALSKI, Z. Energy-range relations for hadrons in nuclear matter
HE 1.3-10 STRUGALSKI, Z. Scattering and stopping of hadrons in nuclear matter
HE 1.3-11 STRUGALSKI, Z. Measurement of hadron mean free path for the particle-producing collisions in nuclear matter
HE 1.3-13 TAKAHASHI, Y. The phi-meson and chiral-mass-meson production in heavy-ion collisions as a probe of the quark-gluon-plasma and the chiral symmetry transitions
HE 1.3-15 KAZANAS, D. SU(2) xU(1) vacumm and the centauro events
HE 1.3-16 KLOSINSKI, J. Heavy flavours production in quark-gluon plasma formed in high energy nuclear reactions
HE 1.3-17 DREMIN, I. M. Ringlike inelastic events in cosmic rays and accelerators
HE 1.3-18 GOULD, R. J. Phase space factors in multiparticle processes

HE 1.4- NUCLEUS-NUCLEUS COLLISIONS
HE 1.4-1 BURNETT, T. H. The response of a scintillation counter below an emulsion chamber to heavy nucleus interactions in the chamber
HE 1.4-2 BURNETT, T. H. Heavy nucleus collisions between 20 and 60 gev/nucleon
HE 1.4-3 BURNETT, T. H. Characteristics of central collision events in fe-nucleus interactions from 20 to 60 gev/n
HE 1.4-4 BURNETT, T. H. Nucleus-nucleus interactions above several hundred gev/n
HE 1.4-5 BURNETT, T. H. Observation of direct hadronic pairs in nucleus-nucleus collisions in jacee emulsion chambers
HE 1.4-6 BURNETT, T. H. Excessive production of electron pairs by soft photons in low multiplicity ion interactions
HE 1.4-7 WOSIEK, B. Forward particle production in inelastic **22ne interactions in emulsion at 4.1 a gev/c
HE 1.4-8 AMEEV, S. S. H. On the mechanism of anomalous nucleus-nucleus interactions at energies above 1 tev/nucleon
HE 1.4-10 ATWATER, T. W. Meson multiplicity in nucleus-nucleus collisions above 4 gev/amu
HE 1.4-11 KIM, C. O. Inclusive angular distribution of sigma and li fragments produced in the fe-c and fe-pb collisions at 1.88 gev/u
HE 1.4-12 PAMIR COLLABORATION. Experiment pamir-III. Coplanar emission of high energy gamma-quanta at interaction of hadrons with nuclei of air atoms at energies above 10**17 gev
HE 1.4-13 EROFEEVA, I. N. The effect of the relative nuclear size on the nucleus-nucleus interactions

HE 3.1- GAMMA-RAY AND HADRON SPECTRA
HE 3.1-1 BORISOV, A. S. JAPAN-USSR joint emulsion chamber experiment at pamir
HE 3.1-2 CHINA-JAPAN COLLABORATION. Intensities of high-energy cosmic rays at mt. kanbala
HE 3.1-3 AMENOMORI, M. High energy gamma-rays and hadrons at mt. fuji
HE 3.1-6 JING, G. On the characteristics of emulsion chamber family events produced in low heights
HE 3.1-7 CANANOV, S. D. Hadron intensity spectrum at 4380 m above level
HE 3.1-8 BHATTACHARYYA, S. Some characteristic cosmic ray events and an attempt at their explanation
HE 3.1-9 LILAND, A. The nucleon intensity in the atmosphere and the p**t distribution
HE 3.1-10 MANDRITSKAYA, K. V. Energy spectra of proton and nuclei of primary cosmic rays in energy region>10tev/particle
HE 3.1-11 PAMIR COLLABORATION. Scaling violation in fragmentation region at energies above 10**15 based on the data on cosmic ray hadron component
HE 3.1-12 BLOKH, Y. A. L. Connection between variations of the atmosphere temperature profile and variations of the meson component intensity
HE 3.1-13 TAIRA, T. High sensitive x-ray films to detect electron showers in 100 gev region

HE 3.2- C-JETS
HE 3.2-1 FAUTH, A. C. Jets in air-jet family
HE 3.2-5 KUMANO, H. Search for anomalous c-jets in chacaltaya emulsion chamber experiment
HE 3.2-6 BRAZIL-JAPAN. Exotic interactions among c-jets and pb-jets
HE 3.2-7 CHERDYNTSEVA, K. V. X-ray film chamber with carbon target of tien-shan complex array
HE 3.2-8 VERBETSKI, Y. G. Scaling violation in hadron-nucleus interaction
HE 3.2-9 TATALASHVILI, N. G. Few-particles generation channels in inelastic hadron-nuclear interactions at energy ~400gev
HE 3.2-10 UCHAIKIN, V. V. The model of independent particles emission in the multiparticle production theory
HE 3.2-11 KRUGLOV, N. A. The multiplicity and the spectra of secondaries correlated with the leading particle energy

HE 3.3- A-JETS
HE 3.3-1 CHASNIKOV, I. Y. A. Characteristics of anomalously high multiplicity cosmic ray interactions
HE 3.3-2 REN, J. R. Transverse momentum distribution of pi degrees in the fragmentation region of super high energy interactions
HE 3.3-4 AOKI, H. Study of hadron bunsles observed in chacaltaya two-story emulsion chamber
HE 3.3-5 FUNAYAMA, Y. Penetrative nature of high energy showers observed in chacaltaya emulsion chamber
HE 3.3-6 TAMADA, M. Anomalous correlation between hadron and electromagnetic particles in hadron and gamma ray families
HE 3.3-7 AMATO, N. M. Atmospheric interactions detected in both the upper and the lower chambers at chacaltaya
HE 3.3-8 MATANO, T. Lateral distribution of high energy hadrons and gamma rays in air shower cores observed with emulsion chambers
HE 3.3-9 MATANO, T. Size distributions of air showers accompanied with high energy gamma-ray bundles observed at mt.chacaltaya
HE 3.3-10 SHIMA, M. Eas accompanied by gamma-families at mt. norikura and comparison with monte carlo simulations
HE 3.3-11 MITSUMUNE, T. Comparsion of absolute intensity between eas with gamma-families and general eas at mt. norikura

HE 3.3- SUPER FAMILIES I
HE 3.4-1 CHINA-JAPAN COLLABORATION. A cosmic ray super high energy multicore family event experiment and general features
HE 3.4-2 CHINA-JAPAN COLLABORATION. A cosmic ray super high multicore family event (II) production and fragmentation characteristics of the jets
HE 3.4-3 CHINA-JAPAN COLLABORATION. Observation of super high energy big family with large scale emulsion chambers
HE 3.4-5 AMATO, N. M. A halo event created at 200 m above the chacaltaya emulsion chamber
HE 3.4-6 AMATO, N. M. A binocular type atmospheric interaction generating sequential exotic features
HE 3.4-7 GAISSER, T. K. Gamma-hadron falilies and scaling violation
HE 3.4-8 SHIBUYA, E. H. Super-family p2 c-96-125 observed by japan-ussr joint emulsion chamber experiment
HE 3.4-9 REN, J. R. On the halo events observed by mt. fuji and mt, kanbala emulsion chamber experiments
HE 3.4-10 PAMIR COLLABORATION. Experiment pamir -II: fianit-A gigantic super-family with halo( e sub 0~10**17 ev)
HE 3.4-11 PAMIR COLLABORATION. Experiment pamir-IV. Analysis of electromagnetic halo superfamily detected in deep xec

HE 3.5-SUPER FAMILIES II
HE 3.5-1 AMENOMORI, M. Particle interactions at energies over 1000 tev inferred from gamma-families observed at mt fuji
HE 3.5-2 JAPAN-USSR. A search for mini-clusters in japan-ussr joint chamber at pamir
HE 3.5-3 CHINELLATO, J. A. Mini-clusters
HE 3.5-4 BRASIL-JAPAN. Giant mini-clusters as a possible origin of halo phenomena observed in super families
HE 3.5-7 YAMASHITA, S. Structure of super-families
HE 3.5-8 YAMASHITA, S. Extremely high energy hadron and gamma ray families (III)
HE 3.5-9 PLYASHESHNIKOV, A. V. Numerical analysis of electromagnetic cascades in emulsion chambers
HE 3.5-10 KRATENKO, Y. U. P. An experimental study of correlations in the development of the electron-photon cascades
HE 3.5-11 GOLYNSKAYA, R. M. The electromagnetic component of albedo from superhigh energy cascades in dense media
HE 3.5-12 IVANENKO, I. P. Integral functions of electron lateral distribution and their fluctuations in electron-photon cascades
HE 3.5-13 IVANENKO, I. P. Analytico-numerical methods of calculations of energy and three-dimensional particle distributions in electromagnetic cascades

HE 3.6- EMULSION CHAMBER SIMULATIONS
HE 3.6-2 CHILINGARYAN, A. A. Multidimensional analysis of data obtained in experiments with x-ray chambers and extensive air showers
HE 3.6-3 MELKUMIAN, L. G. A new method of differential structural analysis of gamma-family basic parameters
HE 3.6-4 BOURDEAU, M. F. LPM effect and primary energy estimations
HE 3.6-6 STRUGALSKI, Z. Experimental basis for the models of cascade propagation in atmosphere
HE 3.6-7 YANAGITA, T. Relation between gamma-ray family and eas core -monte-carlo simulation of eas core
HE 3.6-8 NIWA, M, Comparison of big event with calculations of the air shower development
HE 3.6-10 WASILEWSKI, A. The lateral distribution of charged particles of energy greater then 0.3 e crit in electron-proton cascades in lead and air
HE 3.6-11 WASILEWSKI, A. Results of monte-carlo simulations of electron-photon cascades in lead and layers of lead-scintillator
HE 3.6-12 TATI, T. On the mini-cluster observed by the chacaltaya emulsion chamber experiment

HE 3.7 EMULSION CHAMBER RESULTS
HE 3.7-1 AZIMOV, S. A. A comparative analysis of gamma and hadron families at the superhigh energies recorded in experiment pamir
HE 3.7-2 AZIMOV, S. A. Study of gamma-families generated in nuclon-nucleus (na) and pion-nucleus (pia) interactions
HE 3.7-3 TOMASZEWSKI, A. Hadrons registration in emulsion chamber with carbon block
HE 3.7-4 NANJO, H. New analysis of nuclear interaction observed by mt. kanbara emulsion chamber experiment
HE 3.7-5 CHINA-JAPAN COLLABORATION. On the mean characteristics of family events observed at mt. kanbala
HE 3.7-7 LEPTUKH, G. G. Structured events in pamir carbon x-ray chambers
HE 3.7-9 CAPDEVIELLE, J. N. Ultra high energy events in echos series and primary energy spectrum
HE 3.7-10 ERMAKOV, P. M. Peculiarities of gamma-ray distribution at 20 tev energy

Volume 7 - Conference program Sessions 7:
HE 4.1- EXTENSIVE AIR SHOWER THEORIES AND SIMULATIONS
HE 4.1-2 WROTNIAK, J. A. Electrons, muons and hadrons in extensive air showers and how do rhey depend on nuclear interaction model (partII)
HE 4.1-3 TANAHASHI, G. Analysismof equi-intensity curves and nu distributions of eas
HE 4.1-5 PROCUREUR, J. Analysis of the hadronic component in e. a. s. observed at 700 g. cm**2 by a scale breaking model
HE 4.1-7 WROTNIAK, J. A. Electrons, muons and hadrons in extensive air showers and how do they depend on the nuclear interaction model ( part I)
HE 4.1-8 KUBIAK, G. Simulation of eas properties on the basis of hifh energy interaction model deduced from the accelerator data
HE 4.1-9 CAPDEVIELLE, J. N. New aspects in nucleon-nucleus collisions and eas properties around 10**6 gev
HE 4.1-10 CAPDEVIELLE, J. N. Small air showers and collider physics
HE 4.1-11 TONWAR, S. C. High energy hadrons in extensive air showers
HE 4.1-13 BOYAADJANIAN, E. A. Dependence of the average spatial and energy characteristics of the hadron-lepton cascade on the strong interaction para meters at superhigh energies
HE 4.1-14 SINHA, M. Hadronic components of eas by rigorous saddle point method in the energy range between 10**5 and 10**8 gev
HE 4.1-15 DANILOVA, T. V. About the increase of the large p1 processes fraction in ha interactions at energies 5.10**14-10**16 ev according to the data on eas hadrons
HE 4.1-17 KALMYKOV, N.N. Phenomenology of soft hadron interactions and the relevant eas data
HE 4.1-19 GLUSHKOV, A. V. The maximum depth of shower with e sub o >10**17 ev on average characteristics of eas different components
HE 4.1-20 ANTONOV, R. A. Sensitivity of depth of maximum and absorption depth of eas to hadron production mechanism

HE 4.2- EXTENSIVE AIR SHOWER CORES AND DENSITY SPECTRA
HE 4.2-1 CHAUDHURI, N. A critical analysis of air shower structure functions and size spectrum measurements with the nbu air shower array
HE 4.2-2 LIU, Z. H. Measurement of the local density spectrum
HE 4.2-3 MIZUSHIMA, K. Character of energy flow in air shower core
HE 4.2-4 INOUE, K. Observation of eas using a large water tank
HE 4.2-5 HAZAMA, M. The development of air shower in the iron absorber
HE 4.2-6 FUKUSHIMA, Y. Application of photodiodies to the detection of electromagnetic bursts
HE 4.2-9 HARA, T. Core structure of eas in 10**17ev
HE 4.2-10 HODSON, A. L. Particle distributions in 10**14-10**16 ev air shower cores at sea level
HE 4.2-11 POPOVA, L. Theoretical study of eas core structure
HE 4.2-15 ASH, A. G. Monte carlo simulations of electron lateral distributions in the core region 10**13-10**16 ev air showers
HE 4.2-16 ASH, A. G. Comparison of simulation results with sea-level experimental data on 10**14-10**16 air shower cores
HE 4.2-18 ASH, A. G. Particle distribution in ~10**13-10**16 ev air shower cores at mountain altitude and comparison with monte carlo simulations
HE 4.2-19 GROMOV, Y. A. Tskhra-tskaro complex intended for the investigation of eas spatial characteristics near axis

HE 4.3-EXTENSIVE AIR SHOWER MUONS AND ELECTRONS
HE 4.3-1 CHAUDHURI, N. A new study of shower age distribution in near vertical showers by nbu air shower array
HE 4.3-2 CHAUDHURI, N. A new study of muons in air showers by nbu air shower array
HE 4.3-3 ASAKIMORI, K. Lateral distribution of electrons of air showers
HE 4.3-4 DZIKOWSKI, T. Detailed studies of the electron lateral distribution in extensive air showers with energies around 10**16 ev
HE 4.3-6 GOODMAN, J. A. Study of muons near shower cores at sea level using the E594 neutrino detector
HE 4.3-7 CHO, C. Correlation of high energy muons with primary composition in extensive air shower
HE 4.3-8 MATSUBARA,Y. Measurement of low energy muons in eas at energyregion larger than 10**17 ev
HE 4.3-9 BLAKE, P. R. Muon flucuation studies of eas >10**17 ev
HE 4.3-10 BLAKE, P. R. Average features of the muon component of eas >=10**17 ev
HE 4.3-11 CHAN, S. K. Measurement of shower electrons and muons using a small air shower array
HE 4.3-12 CHEUNG, T. The longitudinal development of muons in cosmic ray air showers at energies 10**15-10**17 ev
HE 4.3-13 CAPDEVIELLE, J. N. Topological aspects of age parameter
HE 4.3-14 FENYVES, E. J. Monte carlo simulation of eas generated by 10**14-10**16 ev protons
HE 4.3-15 DEDENKO, L. G. Lateral distribution of cherged particles in eas
HE 4.3-16 BAZHUTOV YUN Lateral distribution of high energy muons in eas of sizes n sub e~10**5 and n sub e ~10**6

HE 4.4-CERENKOV SIGNALS AND EXTENSIVE AIR SHOWER ENERGY CALIBRATION
HE 4.4-1 BALTRUSAITIS, G. L. Energy calibration of the fly's eye detector
HE 4.4-2 BALTRUSAITIS, R. M. The structure of eas at e>0.1eev
HE 4.4-4 LINSLEY, J. Standard value for the radiation length in air
HE 4.4-5 LINSLEY, J. Longitudinal trial functions and the cosmic ray energy scale
HE 4.4-7 HARA, T. Eas development curve at energy of 10**16-10**18 ev measured by optical Cerenkov light
HE 4.4-8 EL-ELA, A. A. Missing energies at pair creation
HE 4.4-9 ASAKIMORI, K. Transition effect of air shower particles in plastic scintillators
HE 4.4-10 KHALAFYAN, A. Z. The system of eas time analysis
HE 4.4-13 ALIEV, N. On the determination of the depth of eas development maximum using the lateral distribution of Cerenkov light at distances <150m from eas axis
HE 4.4-14 ALIEV, N. Study of the energy spectrum of primary cosmic rays: eas size fluctuations at a fixed primary energy
HE 4.4-15 ALIEV, N. Study of the shower maximum depth by the method of detection of the eas Cerenkov light pulse shape
HE 4.4-16 LIEBING, D. F. Analysis of Cerenkov pulser recorded simultaneously at two sites
HE 4.4-17 VLADIMIRSKY, B. M. Preliminary results of the Cerenkov eas flasher observations on the mulit-mirror installation of the Crimean astrophysical observatory
HE 4.4-18 FOMIN, Y. U. A. The experimental cascade curves of eas at e >10**17 ev obtained by the method of detection of Cherenkov pulse shape
HE 4.4-19 CHUYKOVA, T. A. Lateral-angular and temporal characteristics of eas optical radiation

HE 4.5- GAMMA-RAY AIR SHOWERS
HE 4.5-1 BLAKE, P. R. The identification of gamma-ray induced eas
HE 4.5-3 STANEV, T. Muons in gamma showers
HE 4.5-4 STEPHENS, S. A. Muon spectrum in air showers initiated by gamma rays
HE 4.5-5 STREITMATTER, R. E. Development of electromagnetic cascades in the atmosphere including the landau-pomeranchuk-migdal effect
HE 4.5-6 HILLAS, A. M. M. Electromagnetic and muonic structure of showers initiated by gamma-rays and by hadrons
HE 4.5-7 EDWARDS, P. G. The muon content of gamma-ray showers
HE 4.5-9 SINHA, S. The hump in the Cerenkov lateral distribution of gamma ray showers
HE 4.5-10 STAMENOV, J. N. Simulation of gamma-initiated showers
HE 4.5-11 NIKOLSKY, S. I. Phenomenological characteristics of electron component in gamma-quanta initiated showers
HE 4.5-13 OKADA, A. A three-dimensional monte carlo calculation of the photon initiated showers and kiel result
HE 4.5-14 NG, L. K. Construction of a cosmic ray air shower telescope
HE 4.5-15 LEE, Y. W. An underground cosmic ray muon telescope for observation of cosmic ray anisotropy
HE 4.5-16 DANILOVA, T. V. Nuclear cascades in electromagnetic showers produced by primary gamma-quanta in the atmosphere

HE 4.6 - EXTENSIVE AIR SHOWER TECHNIQUES
HE 4.6-2 GUSEV, G. A. On the possibilities of large-scale radio and fiber optics detectors in cosmic rays
HE 4.6-3 SUGA, K. Radio signals from very large air showers
HE 4.6-4 DATTA, P. On the production mechanism of radio-pulses from large extensive air showers
HE 4.6-5 PATHAK, K. M. A new study on the emission of em waves from large eas
HE 4.6-6 HALVERSON, P. Air fluorescence detection of large air showers below the horizon
HE 4.6-7 PELTONEN, J. Investigation of cosmic rays in very short time scales
HE 4.6-8 VALTONEN, E. A facility for investigation of multiple hadrons at cosmic-ray energies
HE 4.6-9 SIVAPRASAD, K. A possible eas array above the Soudan II detector
HE 4.6-10 SASAKI, Fast scintillation counter system and performance
HE 4.6-11 ABBAS, T. Performance of a local electron density trigger to select extensive air showers at sea level
HE 4.6-13 MAZUMDAR, G. K. D. Microprocessor-based single particle calibration of scintillation counter
HE 4.6-14 DORMAN, L. I. Samarkand complex set-up for investigation of cosmic ray variation in the energy range of 7.10**9 - 10**15ev
HE 4.6-15 NISHIMURA, J. Radio wave emitted by an extensive air showers in 10 khz to 1 mhz region

HE 4.7 EXTENSIVE AIR SHOWER ARRIVAL TIMES AND MINI-ARRAYS
HE 4.7-1 SASAKI, H. Structure of the shower disk observed at mt. norikura
HE 4.7-2 INOUE, N. Structure of air shower disk near the core
HE 4.7-3 TESHIMA, M. Prpperties of 10**18 - 10**19 ev eas at far core distance
HE 4.7-4 KAKIMOTO, F. Longitudinal development of muons in large air showers studies from the arrival time distributions measured at 900m above sea level
HE 4.7-5 KAKIMOTO, F. Arrival time distributions of electrons in air showers with primary energies above 10**18 ev observed at 900m sea level
HE 4.7-6 LAWRENCE, M. A. The thickness of the shower disc as observed in showers produced by primaries above 10**19 ev
HE 4.7-7 HAZEN, W. E. Methods for roof-top mini-arrays
HE 4.7-8 HAZEN, W. E. Expected rates with mini-arrays for air showers
HE 4.7-9 NG, L. K. Fast scintillation counter preamplifier for the observation of linsley effect
HE 4.7-10 NG, L. K. A mini-array for large air showers
HE 4.7-12 VAN DER WALT, D. J. A note on some statistical properties of the rise time parameters used in muon arrival time measures
HE 4.7-13 LINSLEY, J. Sub-liminal pulses from cosmic ray air showers
HE 4.7-14 LINSLEY, J. Thickness of the particle swarm in cosmic ray air showers
HE 4.7-15 ATRASHKEVICH, V. G. Study of the time-differentiated particle flux density at various distances from eas axis

Volume 8 - Conference program Sessions:
HE 5.1 - UNDERGROUND MUONS
HE 5.1-1 AACHE - ORSAY... collab. Preliminary results on underground muon bundles s in the frejus proton-decay detector
HE 5.1-2 KRISHNASWAMY, M. R. Muon and neutrino results from kgf experiment at a depth of 7000 hg/cm**2
HE 5.1-4 SZABELSKI, J. Relevance of multiple muons detected underground to the mass compositions of primary cosmic rays
HE 5.1-5 ACHARVA, B.S. Multimouns events and primary composition
HE 5.1-6 KHALCHUKOV, F.F. The spectrum of cosmic ray muons obtained with the 100-ton scintillation detector underground and the analysis of recent experimental results
HE 5.1-7 NII, N. A large area cosmic muon detector located at ohya stone mine
HE 5.1-10 CROUCH, M. A new wold survey expression for cosmic ray vertical intensity vs. Depth in standard rock
HE 5.1-12 Muons groups underground and chemical composition att 10**13 - 10**15
HE 5.1-13 BAKATANOV, V.N. Primary chequical composition from simultaneous recording of muon induced cascades and accompanying muon group underground
HE 5.1-14 BAKATANOV, V.N. On muon energy spectrum in muon groups underground
HE 5.1-15 BAKATANOV, V.N. Spectrum of cascades generated by muons in braskan uderground scintillation telescope
HE 5.1-16 FEDOROV, V.M. Underwater measurements of muon intensity

HE 5.2 - MUONS
HE 5.2-1 AHLEN, S.P. Multiple muons in macro
HE 5.2-2 KAMIYA, Y. The nagoya cosmic - ray muon spectrometer II. I preliminary observations
HE 5.2-3 SHIBATA, S. The nagoya cosmic- ray muon spectrometer III: II. Track detector
HE 5.2-4 SHIBATA, S. The nagoya cosmic- ray muon spectrometer III: III. Automatic film scanning equopment
HE 5.2-5 SHIBATA, S. The nagoya cosmic- ray muon spectrometer III: IV. Track reconstruction method
HE 5.2-7 AOKI, T. Background light measurement at the dumand site
HE 5.2-8 BANNYKH, A.E. Measurements of light background at large dpth in the ocean
HE 5.2-10 WADA, M. Hybrid tlc - pair meter for the sphinix project
HE 5.2-11 CHO, C. Proportional drift tubes for large area muon detectors
HE 5.2-12 NAGANO, M. An upper limit of muon flux of energies above 100 tev determined from horinzontal air showers observed at akend
HE 5.2-13 Sato, T. Comments on the measurements of multiple muon phenomena
HE 5.2-14 ASHITKOV, V.D. Energy spectrum of cascades showers induced by cosmic ray muons in the range from 50 gev to 5 tev
HE 5.2-15 LIU, Z.H. Measurement of muon intensity by cerenkov method
HE 5.2-16 INAZAWA, H. Analytical calculation of muon intensities under deep sea water
HE5.2-17 ROYCHOUDHURY, R. Photo nuclear energy loss term for muon-nucleus interactions based on scaling model of qcd
HE 5.2-18 RYAZHSKAYA, O.G. On method of muon spectrum measure,emts by the scintillation detectors of a large thickness t> 4t**o
HE 5.2-19 MINORIKAWA,Y. Range flucuations of highenergy muons passing through matter
HE 5.2-20 BARTON, J.C The spectrum of neutrons at 60 hg m**-2
HE 5.2-21 WILD, N.R. A transient digitiser for fast air shower events

HE 5.3 NEUTRINOS
HE 5.3-1 BALTRUSAITIS, R.M. Limits on deeplay penetrating particles in the >10**17 ev cosmic ray flux
HE 5.3-5 AGLIETTA, M. Results of low energy background measurements with a liquid scintillation detector (lsd) of the mont blanc laboratory
HE 5.3-6 DADYKIN, V.L. The research program of the liquid scintillation detector (lsd) in the mont blanc laboratory
HE 5.3-7 LOSECCO, J.M. A study of atmospheric neutrions with the imb detector
HE 5.3-8 GRAISSER, T.K. Atmospheric neutrinos observed in underground detectors
HE 5.3-9 CUDELL, J.R. Geophysical searchs for three-neutrino oscillations
HE 5.3-10 MACRO. Measuremment of neutrino oscillations in macro experiment
HE 5.3-11 MACRO. Search for stellar collapse with the macro detector at gran sasso
HE 5.3-12 MACROS. High energy neutrino astronomy with macro
HE 5.3-13 KHALCHUKOV, F.F The capability of the existing network of installations for detecting the antineutrino burst from collapsing stars
HE 5.3-14 MITSUI, K. Energy spectra of high energy atmospheric neutrinos
HE 5.3-15 BEREZINSKY, V.S. A standard source for high energy neutrino astronomy
HE 5.3-16 BEREZINSKY, V.S. A search for cosmic sources of high energy neutrinos with small underground detectors
HE 5.3-17 GRAISSER, T.K. Neutrino astronomy and the atmospheric background
HE 5.3-21 SHAPIRO, M.M. High-energy neutrinos from a lunar observatory
HE 5.3-22 REAY,N.W. Characteristics of slow particles emitted in the charged current interactions of neutrinos with emulsion nuclei
HE 5.3-23 SALEEM, M. Qcd analysis of neutrino charged current structure function f**2 in deep inelastic scattering
HE 5.3-24 BOLIEV, M.M. Angular distribution of muons produced by cosmic ray neutrinos in rock

HE 5.4 MUONS
HE 5.4-1 WILSON, C.W. Underground measurements on secondary cosmic rays
HE 5.4-4 GRIEDER, P.K.F. Multiple muons of convetional and exotic origin in dumand
HE 5.4-7 LILAND, A. Atmospheric muons and neutrinos, and the neutrino-induced muon flux underground
HE 5.4-8 PROCUREUR, J. Analysis of the electron and muon components of e.a.s. at observation level 700 g.cm**-2 with help of a scale breaking interaction model and gammaisations hypothesis
HE 5.4-9 BALAYAN, G.L. Anomalies in cosmic rays new particules vs charm?
HE 5.4-10 GONED, A. Relationship of sea level muon charge ratio to primary composition including nuclear target effects
HE 5.4-12 BAKATANOV, V.N Study of photonuclear muon interactions in baksan underground scintillation telescope
HE 5.4-13 VAVILOV, Y.U.N. Calculation of intensity of high energy muon groups observed deep underground
HE 5.4-14 SMORODIN,Y.A. Collimated groups of particules as possible manisfestation of heavy meson production
HE 5.4-15 PROSKURYAKOV, A.S. Modular detector for deep underwater registration of muons and muon groups
HE 5.4-16 IVANENKO, I.P. Results of investigation of muon fluxes of superhigh energy cosmic rays with x-ray emulsion chambers

HE 6.1 MAGNETIC MONOPOLES
HE 6.1-1 CHO, C. Search for magnetic monopoles using proportional counters filled with helium gas
HE 6.1-2 HARA, T. Magnetic monopole search by 130 m**2sr he gas proportional counter
HE 6.1-3 ASHITKOV, V.D. Results of a search for monopoles and tachyons in horizontal cosmic ray flux.
HE 6.1-4 BARISH, B. Monopole, astrophysics ans comic ray observatory atgran sasso
HE 6.1-5 MACHO COLLABORATIN. Monopole search below the parker limit with the macro detector at gran sasso
HE 6.1-6 KRISHNASWAMY, M.R. Limits on monopole fluxes from kgf experiment
HE 6.1-7 MACNEILL. G.C. An experiment to detect gut monopoles
HE 6.1-8 PRICE P.B. Search for supermassive magnetic monopoles using mica crystals
HE 6.1-9 CHERRY. M.L. The homestake surface-underfround
Scintillantors - description
HE 6.1-11 ALEXEYEV, E.N. Upper limit on magnetic monopole flux from baksan experiment
HE 6.1-12 MASEK, G.E. Results from the ucsd magnetic monopole search

HE 6.2 NUCLEON DECAY AND NEW PARTICLE SEARCHES
HE 6.2-2 AACHEN-ORSAY-... COLLAB. Search for proton decay in the frejus experiment
HE 6.2-3 KRISHNASWAMY, M.R. Results on nucleon life- time from the kolar gold field experiment
HE 6.2-4 KRISHNASWAMY, M.R. Data acquisiton system for phase-2 kgf proton decay experiment
HE 6.2-5 AYRES, D.S. Constructuin of the saudan 2 detector
HE 6.2-6 BATTUSTONI, G. Nucleon decay and atmospheric neutrinos in the mont blanc experiment
HE 6.2-7 MINCER, A. A search for heavy long lived particles in hich energy cosmi rays
HE 6.2-8 SAKUYAMA, M. Delayed perticlesin eas at akeno
HE 6.2-9 KANEKO, T. Energetic delayed hadrons in large air showers ai 5200m above sea level
HE 6.2-10 KAWAMOTO,T. Search for long- lived massive particles in estensive air showers
HE 6.2-11 AUDOUZE, J. High energy cosmic ray signature of quark neggets
HE 6.2-12 HEINRICH, W. Search for anomalong using plastic nuclear track detectors
HE 6.2-13 MASJED, H.F. Search for tachyons associated with axtensive air showers in the ground level cosmic radiation
HE 6.2-14 WADA, T. Charge 4/3 leptons in cosmic rays
HE 6.2-15 HODSON, A. L. Progress report on an ew seach for free e/3 quarks in the cores os 10**15-10**16 ev air showers
HE 6.2-16 BRASIL-JAPAN. Observation of genetic relation among new phenomena geminion, chiron and mini-centauro
HE 6.2-17 DREMIN, I.M. Tien-shan effect and charmed particles
HE6.2-18 EDWARDS, P.J. Muon and neutrino fluxes

HE 7.1 - Acoustic and thermal detection techniques
HE 7.1-1 BELL.R. Seach for acoustic signals from high energy cascades
HE 7.1-2 GOLUBNICHY, P. I. Experimental rinvestigation of radioactive-acoustic effercts in the water by the thermodynamical conditions of dumand
HE 7.1-3 JIANG, Y. L. Exploring results os the possibility on detecting cosmic ray particles by acoustic way
HE 7.1-4 GAD, X. Y. Acoustic detection of air shower cores
HE 7.1-5 KINO, S. Detection of threshold energy os high energy cascade showers using thermoluminescence by ptfe-sheet and hot-gas raeder
HE 7.1-6 AKASHI, S. Applincation of thermo-luminescence for detection of cascade shower i --- hardware and software system -
HE 7.1-7 YAMAMOTO, I. Spatial districution read- out system for thermoluminescence sheets
HE 7.1-12 AKASHI, H. Applicationos thermo-luminescence for detection os cascade shower ii --- detection os cosmic ray shower at mt. Fuji ---

Volume 9 - Conference papers Invited rapporteur highlight miscellaneous:
REES, M. J. Cosmic jets
LINGENFELTER, R. E. Gamma-ray line astrophysics
SZALAY, A. S. Constraints on galaxy formation theories
PERKINS, D. H. Elementary particle physics
RAISBECK, G. M. Cosmogenic nuclei
BURBIDGE, E. M. Extragalactic astronomy
RAPPORTEUR TALKS
SCHONFELDER, V. Gamma ray astronomy from satellites and balloons
WATSON, A. A. Cosmic gamma-rays and cosmic nuclei above 1 tev
MEYER, J. P. Galactic cosmic ray composition
PTUSKIN, V. S. Cosmic ray sources, acceleration, and propagation
LIN, R. P. Particle acceleration by the sun
NG, C. K. Coronal and interplanetary propagation, interplanetary acceleration, cosmic ray observations by deep space network, and anomalous component
KOTA, J. Modulation and anisotrophy of galactic cosmic rays in the heliosphere
FLUCKIGER, E. O. XIX ICRC rapporteur paper for sessions SH5, SH6, and SH7
JONES, L. W. High energy interactions of cosmic ray particles
SHIBATA, M. M. Emulsion chamber observations and interpretation (HE3)
CLAY, R. W. Extensive air showers (HE-4)
STANEV, T. Mouns and neutrinos

HIGHLIGHT TALKS
TURVER, K. E. Ground-based very high energy gamma ray astronomy - observational highlights
HILLAS, A. M. Why is cygnus x-3(with related sources) a highlight of cosmic-ray astrophysics ?
MAZETS, E. P. Observational properties of cosmic gamma-ray bursts
SCHOLER, M. Observations of shock acceleration processes in the solar wind
CHUDAKOV, A. E. Is the signal from cgy x-3, as recorded in some underground experiments, real?
AYRES, D. S. Evidence from the soudan 1 experiment for underground muons associated with cygnus x-3
ETTORRE PIAZZOLI, B. D. Observations of muons from cygnus x-3 in the nusex experiment
BAREYRE, P. Search for a periodic signal from cygnus x-3 using muons observed underground in the frejus detector (4800 mwe)
LINSLEY, J. The cosmic ray spectrum above 10**19 ev at volcano ranch and haverah park
KHRISTIANSEN, G. B. Measuring the energy spectrum of primary cosmic rays with the yakutsk eas array
WINN, M. M. The cosmic ray spectrum above 10**17 ev
WOSIEK, B. High energy nucleus-nucleus collisions

THESE PAPERS WERE INADVERTANTLY LEFT OUT OF THE CONFERENCE VOLUMES OR MISPRINTED
HE 4.4-3 BROOKE, G. Studies of air showers produced by primaries >10**16 ev using a combined scintillation and water cerenkov array
HE 5.1-3 CHERRY, M L. The homestake surface-underground scintillators--initial results
OG 4.4-7 WADDINGTON, C. J. Lead, platinum, and other heavy elements in the primary cosmic radiation--heao-3
OG 4.4-9 FINK, P. Automated scanning of plastic nuclear track detectors using the minnesota star scanner
OG 5.4-14 MARTINIC, N. J. Cosmic ray anisitropies at high energies
OG 6.2-12 NISHIMURA, J. High energy electrons beyond 100 gev observed by emulsion chamber
OG 8.1-11 BOGDAN, T. J. Diddusive electron acceleration at snr shock fronts and the aobserved snr radio spectral indices
SH 1.5-15 VON ROSENVINGE, T. T. Elemental abundances in corotating events

Volume 10 - Conference papers General Index

[Volume 11] - Conference program and author index Ver menos