An analysis is given of 46 nuclear interactions occurring in graphite in each of which at least 1300 GeV was radiated as γ-rays. In each event the energies and relative angles of all γ-rays within certain fiducial limits were measured. Data are presented concerning the multiplicity of γ-rays and their energy and transverse-momenta distributions
The interactions of gamma-rays with matter have been studied for many years and there are accurate m...
This thesis investigates graphites used in nuclear materials engineering applications – so called nu...
Proton beam therapy for cancer treatment uses high-energy protons to destroy cancer cells, a problem...
Production of Layers of the Radioactive Nuclei in the Graphite Matrix Using High Energy Ion Beams Th...
A review of radiation effects on graphite is presented. Included are discussions of the general rela...
Nuclear Energy, Volume 102: Radiation Damage in Graphite provides a general account of the effects o...
A calorimeter-spark chamber system was used to collect data on several hundred proton-nucleus intera...
A study of high transverse energy events resulting from 400 GeV protons scattering from targets of h...
Detailed features of extremely collimated nuclear interactions induced by cosmic ray particles in ca...
Six events with the number of secondaries ranging from 250 to several thousands were registered by a...
The composition and energy spectrum of primary cosmic rays (PCRs) are the only observables available...
Proton beam therapy for cancer treatment uses high-energy protons to destroy cancer cells, a problem...
Ignalina NPP Unit 1 with the RBMK-1500 type reactor enters the preparatory stage for its decommissio...
Issues associated with handling irradiated graphite of uranium-graphite nuclear reactors are examine...
Hg203 and Zn69m ions have been implanted into thin foils of highly oriented pyrolytic graphite at ro...
The interactions of gamma-rays with matter have been studied for many years and there are accurate m...
This thesis investigates graphites used in nuclear materials engineering applications – so called nu...
Proton beam therapy for cancer treatment uses high-energy protons to destroy cancer cells, a problem...
Production of Layers of the Radioactive Nuclei in the Graphite Matrix Using High Energy Ion Beams Th...
A review of radiation effects on graphite is presented. Included are discussions of the general rela...
Nuclear Energy, Volume 102: Radiation Damage in Graphite provides a general account of the effects o...
A calorimeter-spark chamber system was used to collect data on several hundred proton-nucleus intera...
A study of high transverse energy events resulting from 400 GeV protons scattering from targets of h...
Detailed features of extremely collimated nuclear interactions induced by cosmic ray particles in ca...
Six events with the number of secondaries ranging from 250 to several thousands were registered by a...
The composition and energy spectrum of primary cosmic rays (PCRs) are the only observables available...
Proton beam therapy for cancer treatment uses high-energy protons to destroy cancer cells, a problem...
Ignalina NPP Unit 1 with the RBMK-1500 type reactor enters the preparatory stage for its decommissio...
Issues associated with handling irradiated graphite of uranium-graphite nuclear reactors are examine...
Hg203 and Zn69m ions have been implanted into thin foils of highly oriented pyrolytic graphite at ro...
The interactions of gamma-rays with matter have been studied for many years and there are accurate m...
This thesis investigates graphites used in nuclear materials engineering applications – so called nu...
Proton beam therapy for cancer treatment uses high-energy protons to destroy cancer cells, a problem...