The Basic Aspects of Radiation Effects on Living SystemsJames J. Nickson |
Contents
THE PHYSICAL PROC | 1 |
AVERAGE ENERGY LOSS | 13 |
BEAMS OF HIGHENERGY PARTICLES | 25 |
Copyright | |
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aberrations absorption action activity alpha particles alpha rays atoms beam Biol biological effects bond calculated catalase cell division cellular cent changes chemical chromosome collisions cysteine decrease density desoxyribonucleic acid diffusion diploid discussed dosage dose dose-effect Drosophila effects of radiation electrons energy loss energy transfer enzymes excitation experimental experiments exposure factor formation fraction frequency gamma rays gene mutations genetic groups haploid high-energy hydrogen important inactivation increase inhibition involved ion pairs ionization potential ionizing particles ionizing radiations irradiation lethal mechanism medium metabolic mice mitosis molecular molecules Muller mutation rate neutron nuclear nucleic acid nucleus observed obtained occur organic oscillator oxidation oxygen peroxide phage Phys possible present probability Proc produced protein protons radiation chemistry radiation effects radicals radioactive radiobiological radiobiology range reactions recoil relative roentgen sensitive solution specific stopping power survival curves target theory temperature tion tissue Tradescantia ultraviolet values velocity x-rays yeast