77 results on '"Wdowczyk, J."'
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2. Some aspects of very high energy cosmic rays (>=100 PeV) propagation.
3. High-energy hadrons and cosmic-ray muons in the atmosphere.
4. Relevance of multiple muons detected underground to the mass composition of primary cosmic rays.
5. Cosmic rays and high-energy interactions. Is there a necessity for a new phenomenon?
6. Cosmic ray anisotropies at very high energies expected for new models of the Galactic magnetic field.
7. Origin of cosmic rays of the highest energies.
8. The cosmic-ray anisotropy and the relative fluxes of heavy nuclei and protons in high-energy cosmic radiation.
9. Limits to extragalactic cosmic rays from gamma-ray fluxes.
10. Muons in extensive air showers at mountain altitudes.
11. Energy spectrum and interaction characteristics of cosmic rays in the energy range 1013-1016 eV.
12. Characteristics of primary cosmic rays and ultra-high-energy interactions from multiple muon data.
13. Highest Energy Cosmic Rays.
14. The attenuation length for high-energy γ-rays in the relict radiation.
15. The mean transverse momentum of secondaries from cosmic-ray interactions in the region of 2 � 105 GeV.
16. Mass composition of high-energy cosmic rays and scaling violation in their interactions.
17. Antiprotons in the cosmic radiation.
18. Anti-matter in the primary cosmic radiation.
19. Energy spectrum of ultra high energy cosmic rays.
20. Relevance of cosmic gamma-rays to origin of the cosmic radiation.
21. The clustering of the arrival directions of the highest-energy cosmic rays.
22. Gamma ray families and the properties of high-energy interactions.
23. Diffusion of the highest energy cosmic rays from Virgo.
24. Consequences of a Universal Cosmic-ray Theory for γ-ray Astronomy.
25. The measurement of isotopic cross sections of 12C beam fragmentation on liquid hydrogen at 3.66 GeV/nucleon.
26. The origin of cosmic rays of the highest energies.
27. Evidence for spectral changes for local cosmic rays. I. The proton component.
28. Galactic gamma rays from the inverse Compton process.
29. Mass composition of primary cosmic rays in the range 1014-1017 eV.
30. Cosmic rays above 1017 eV. I. The mass spectrum and the overall anisotropies.
31. Cosmic rays above 1017 eV. II. Anisotropies for the various mass components.
32. Cosmic rays of the highest energies: IV. Further studies of the galactic component.
33. Cosmic rays of the highest energies: II. The mass composition and primary spectrum.
34. Cosmic rays of the highest energies: I. Evidence for a galactic component.
35. Cosmic rays of the highest energies: III. The nature of the candidate discrete sources.
36. Cosmic gamma rays and neutrinos of energy near 1020 eV.
37. Predicted anisotropy in the arrival directions of cosmic gamma rays at 1014 eV.
38. High-energy cosmic rays and the characteristics of photon-nucleus collisions.
39. The inverse Compton contribution to medium-latitude Galactic gamma-ray emission.
40. Spectral shape of cosmic rays over the Galaxy.
41. Propagation of cosmic rays of energy 1-100 GeV in the Galaxy.
42. The energy spectrum of cosmic ray positrons.
43. Role of neutrons in the propagation of extremely high energy cosmic rays.
44. Origin and propagation of cosmic rays in the range 100-1000 GeV.
45. Extragalactic heavy nuclei in cosmic rays?
46. Determination of the number of interacting nucleons in nitrogen-emulsion nucleus collisions.
47. An assessment of models for the γ-ray flux from the Galactic plane.
48. The anisotropy of cosmic rays below 1018 eV.
49. Galactic cosmic rays above 1018 eV.
50. Properties of hadron interactions at extremely high energies.
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