Frequency distributions of energy deposition by 44 MeV protons at bone-soft tissue interfaces
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Baily, N. A.↗
Engineering topics
Hilbert, J. W.
Publications and source records attributed to Hilbert, J. W..
Changes in the frequency distribution of energy deposited in short pathlengths as a function of energy degradation of the primary beam.
The frequency distributions of event size in the deposition of energy over small pathlengths have been measured after penetration of 44.3 MeV protons through various thicknesses of tissue-equivalent material. Results show that particle energy straggling of an initially monoenergetic proton beam after passage through an absorber causes the frequency distributions of energy deposited in short pathlengths of low atomic number materials to remain broad. In all cases investigated, the ratio of the most probable to the average energy losses has been significantly less than unity.
Baily, N. A.↗
Changes in the frequency distribution of energy deposited in short pathlengths as a function of energy degradation of the primary beam
Frequency distributions of event size in deposition of energy over small pathlengths measured after penetration of 44.3 MeV protons through thicknesses of tissue-like material
Baily, N. A.↗
Frequency distributions of energy deposition by fast charged particles in very small pathlengths
Energy losses frequency distributions for fast charged particles in small pathlengths in equimolar He-carbon dioxide mixture
Baily, N. A.↗
Statistical fluctuations of energy deposited in low-atomic-number materials by 43.7-Mev protons.
Frequency distribution of energy losses in He- carbon dioxide mixture by 43.7 Mev protons, using proportional counter technique
Baily, N. A.↗
Energy deposition in microscopic volumes by high-energy protons
Microscopic energy deposition from passing protons in tissue sphere
Baily, N. A.↗
High-energy proton depth-dose patterns.
Energy deposition by monoenergetic unidirectional proton beams incident on polystyrene phantom, obtaining centerline depth dose curves
Baily, N. A.↗