Energy Deposition by Heavy Ions in a "Tissue Equivalent" Gas
Radiation Research1975Vol. 62(1), pp. 1–1
Citations Over TimeTop 11% of 1975 papers
Abstract
as a function of radial distance from their tracks. The experimental values are compared to Paretzke's (1) theoretically calculated values. The experimental values show very good agreement with theory out to distances which approximate the range of the secondary electrons. Beyond these distances more energy was deposited than was predicted. The discrepancy is ascribed to contributions to energy deposition due to (a) scattering of gas atoms and primary ions, and (b) emission of high-energy Auger electrons from the incident heavy ions.
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