Biophysical modelling of radiation effects
著者
書誌事項
Biophysical modelling of radiation effects
Adam Hilger, c1992
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注記
At head of title: Commission of the European Communities, US Department of Energy, Istituto Nazionale di Fisica Nucleare
"Proceedings of a workshop jointly organized by the Istituto Nazionale di Fisica Nucleare at Legnaro, Italy, the Office for Health and Environmental Research of the United States Department of Energy and Commission of the European Communities, held in Padua, Italy, on 2-5 September 1991" -- P. facing t.p
Includes bibliographical references and indexes
内容説明・目次
内容説明
Over the past 15 years, there has been progressive development of a series of biophysical models for the analysis and interpretation of the cellular effects of ionizing radiation. The theme of the workshop was the development of accurate models of the interaction of radiation with tissue and the origins of carcinogenesis - probably the most important issue in the field of radiation protection, since analyses of this kind are the only alternative to epidemiological studies. This volume concentrates on physical models and data analysis, and provides the reader with indications of critical benchmark experiments which need to be included in future research.
This book will be of interest to radiation biophysicists and biologists, medical physicists and anyone involved in radiological therapy and protection, as a valuable library addition reviewing all aspects of biophysical radiation effect modelling.
目次
Biophysical models in radiation biology (E J Hall). Interaction of mixed radiations. Track structure calculations. Low dose/low dose rate modelling. Aberrations, mutation, transformation(I) . Biophysical models in radiation protection (D T Goodhead). Are neutron data unsuitable for making model predictions of radiation risk? (M P R Waligorski and P Olko) Track theory: A basis for extrapolations to low doses and mixed radiations from high dose measurements with rays and HZE particles (R Katz). Aberrations, mutations, transformation (II). Development of models (I). Development of models (II). New data and models (I). Biophysical models of carcinogenesis (S Moolgavkar). Radiation-induced damage and biological inactivation of DNA in water-alcohol mixtures: A model for irradiation of DNA in cells (D Schulte-Frohlinde et al). Modelling of observed cellular radiosensitization in the presence and absence of oxygen when intracellular reducing species are concentration-modulated (E R Epp et al).
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