458 K
9 pp.
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TitleHadron Cancer Therapy: Role of Nuclear Reactions
Author(s)Chadwick, M. B.
Publication DateJune 20, 2000
Report NumberLA-UR-00-2869
Unique IdentifierACC0225
Other NumbersOSTI ID: 764637
Research OrgLos Alamos National Laboratory, NM (US)
Contract NoW-7405-ENG-36
Sponsoring OrgUS Department of Energy (US)
Other InformationConference -- Structure of the Nucleus, Bologna (IT), 05/29/2000--06/02/2000
Subject72 Physics of Elementary Particles and Fields; 73 Nuclear Physics and Radiation Physics; Hadrons; Neoplasms; Nuclear Reactions; Therapy
KeywordsNuclear Model, Medical Applications, Neutrons, Protons
Related Web PagesDOE Research Contributions to Radiation and Cancer Therapy
AbstractRecently it has become feasible to calculate energy deposition and particle transport in the body by proton and neutron radiotherapy beams, using Monte Carlo transport methods. A number of advances have made this possible, including dramatic increases in computer speeds, a better understanding of the microscopic nuclear reaction cross sections, and the development of methods to model the characteristics of the radiation emerging from the accelerator treatment unit. This paper describes the nuclear reaction mechanisms involved, and how the cross sections have been evaluated from theory and experiment, for use in computer simulations of radiation therapy. The simulations will allow the dose delivered to a tumor to be optimized, whilst minimizing the dos given to nearby organs at risk.
458 K
9 pp.
View Document 

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