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Author : Jürgen Kiefer
Date : 1988-12-20
Page : 202
Rating : 4.0
Reviews : 1
Category : Book
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Quantitative Mathematical Models in Radiation Biology ~ Quantitative Mathematical Models in Radiation Biology Proceedings of the Symposium at Schloss RauischHolzhausen FRG July 1987 Why and to What End Mathematical Models in Radiation Biology J Kiefer Pages 12 Models of Cellular Radiation Action — An Overview About these proceedings
Quantitative Mathematical Models in Radiation Biology ~ Quantitative Mathematical Models in Radiation Biology Proceedings of the Symposium at Schloss RauischHolzhausen FRG July 1987 Editors Kiefer Jürgen Ed Free Preview
Quantitative mathematical models in radiation biology ~ Get this from a library Quantitative mathematical models in radiation biology proceedings of the symposium at Schloss RauischHolzhausen FRG July 1987 J Kiefer
Quantitative Mathematical Models in Radiation Biology ~ Prelude Why and to what end mathematical models In radiation biology Models of cellular radiation action an overview Finestructures of energy deposition introductory remarks Analytics required by the multiple nature of radiation effects in cells Problems in theoretical track structure research for heavy charged particles
On the Dynamical Approach of Quantitative Radiation Biology ~ A quantitative approach in radiation biology based on the clonogenic method and cell survival curves in various conditions are introduced The cell survival curves seem to have universality with regard to its functional form in other words functional form of survival curve seems to be unchanged under various conditions including different species Various factors affecting the
International Journal of Radiation Biology ~ We make comparisons of quantitative estimations of mutation caused by the radiation exposure on various animals and plants using one mathematical model We derive the importance of the spontaneous mutation at the DNA level which provides the key to understand the biological evolution International Journal of Radiation Biology Volume 95
Quantitative Theories of Carcinogenesis SIAM Review ~ Quantitative Theories of Carcinogenesis Related Databases Web of Science International Journal of Radiation Biology 572 407423 1980 Limited Usefulness of Mathematical Models for Assessing the Carcinogenic Risk of Minute Doses Quantitative Aspects of Risk Assessment in Chemical Carcinogenesis 305310
Mathematical Modeling as a Tool for Investigating Cell ~ The value of mathematical modeling in describing and predicting the behavior of complex systems has been well established in fields such as chemical engineering and meteorology but its power has been underappreciated until recently in molecular cell biology Although mathematical models can be built to describe any signaling network
Empirical Models for the Estimation of Solar SkyDiffuse ~ Accurate solar radiation data are essential for the development of solar energy application systems The limited availability of solar radiation data and especially diffuse irradiance values makes it vital to develop models to estimate these data The development of estimation models has been the objective of many studies This paper presents an extended review of the diffuse ratio k vs
The mathematics of cancer integrating quantitative models ~ The mathematics of cancer integrating quantitative models Philipp M Altrock 12 Lin L Liu 1 and Franziska Michor Abstract Mathematical modelling approaches have become increasingly abundant in cancer research The complexity of cancer is well suited to quantitative approaches as it provides challenges and opportunities for new developments
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