We show that the simplest assumptions for the dynamics of particle production allow us to understand the fluxes of hadrons and photons at mountain altitudes as well as the structure of individual events. The. analysis requires a heavy nuclear component of primary cosmic rays above the ''knee'' in the spectrum with an average mass number [A] = 7.3+/-0.9.5495558556
A high energy event of a bundle of electrons, gamma rays and hadronic gamma rays in an air shower co...
We show that a simple scaling model of very forward particle production, consistent with accelerator...
Primary cosmic ray particles above energies of about 100 TeV are investigated by large-area ground b...
We show that the simplest assumptions for the dynamics of particle production allow us to understand...
To investigate the chemical composition of primary cosmic rays, several emulsion chambers were expos...
We have observed atmospheric gamma rays from 30GeV to 8TeV, using emulsion chambers at balloon altit...
Journal ArticleWe use the depth of maximum distribution as measured by the stereo Fly's Eye detector...
Context.The gamma rays detected by passive balloon-borne emulsion chambers in the stratosphere give...
A detailed study of the cores of extensive air showers (EAS) at mountain level (Tien-Shan 690 g/cm2)...
Experimental results from Emulsion Chamber (EC) experiments at mountain altitudes or at higher level...
BASJE grouphas measured the chemical composition of primary cosmic rays with energies around the “k...
We present a useful clue to estimate the energy and chemical composition of the primary cosmic radia...
The size dependence of high energy muons and the size spectrum obtained in the air shower experiment...
Two components of cosmic-ray-induced air showers are measured simultaneously at the Gran Sasso Labor...
At present the study of nuclear interactions induced by cosmic rays is the unique source of informat...
A high energy event of a bundle of electrons, gamma rays and hadronic gamma rays in an air shower co...
We show that a simple scaling model of very forward particle production, consistent with accelerator...
Primary cosmic ray particles above energies of about 100 TeV are investigated by large-area ground b...
We show that the simplest assumptions for the dynamics of particle production allow us to understand...
To investigate the chemical composition of primary cosmic rays, several emulsion chambers were expos...
We have observed atmospheric gamma rays from 30GeV to 8TeV, using emulsion chambers at balloon altit...
Journal ArticleWe use the depth of maximum distribution as measured by the stereo Fly's Eye detector...
Context.The gamma rays detected by passive balloon-borne emulsion chambers in the stratosphere give...
A detailed study of the cores of extensive air showers (EAS) at mountain level (Tien-Shan 690 g/cm2)...
Experimental results from Emulsion Chamber (EC) experiments at mountain altitudes or at higher level...
BASJE grouphas measured the chemical composition of primary cosmic rays with energies around the “k...
We present a useful clue to estimate the energy and chemical composition of the primary cosmic radia...
The size dependence of high energy muons and the size spectrum obtained in the air shower experiment...
Two components of cosmic-ray-induced air showers are measured simultaneously at the Gran Sasso Labor...
At present the study of nuclear interactions induced by cosmic rays is the unique source of informat...
A high energy event of a bundle of electrons, gamma rays and hadronic gamma rays in an air shower co...
We show that a simple scaling model of very forward particle production, consistent with accelerator...
Primary cosmic ray particles above energies of about 100 TeV are investigated by large-area ground b...