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Basic aspects of energy deposition by ionizing radiations
Operation and yield of the neutron generator
8 other sections not shown
15 MeV neutrons 250 kVp X-rays absorbed dose attenuation average LET B15 chamber Barendsen biological effects bone bone-equivalent bone-marrow cells bone-marrow syndrome calculated cells irradiated charged particle cross section D-T neutrons D-T reaction damage deuteron deuteron beam deviations dishes dose absorbed dose equivalent dose in rods dose rate dosimetry electrons equivalent ionization chambers experimental exposure factor fast neutrons fission neutrons gamma gamma-rays given in table hematopoietic hydrogen ICRU intestinal cells intestinal syndrome investigated ionization chamber ionizing particles ionizing radiations kerma LET values marrow material measured MeV and 15 MeV neutron irradiations mice mouse muscle-equivalent plastic neutron dose neutron energies neutron flux neutron flux density neutronen obtained OER values Oxygen Enhancement Ratio paraffin produced pulses radiobiology radiotherapy rads/min RBE values recoil protons Rossi shielding silicon rubber slabs soft tissue stem cells stilbene survival curves thickness tissue equivalent ionization tritium tubes tumours various X-irradiations y-rays