Titlebook: Computer Techniques in Radiation Transport and Dosimetry; Walter R. Nelson,Theodore M. Jenkins Book 1980 Springer Science+Business Media N

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On the Introduction of New Ideas in Science,m of ionizing radiation depends, essentially, on electron energy deposition. However, measurements of TLD electron energy response are in generally poor agreement with one another. In Fig. 1 are shown two recent sets of measurements by Holt et al.. and by Paliwal and Almond., for LiF. The results ar

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,Giv‘a(chǎn)t ?avivah and Ulpan ‘A?iva,of examples were presented in order to demonstrate how EGS3 could be used to predict certain experimental results, as well as the the results of other independent Monte Carlo calculations. We have also seen how EGS1, which only differs from EGS3 in that it is less versatile and user-oriented (i.e.,

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978-1-4684-3610-5Springer Science+Business Media New York 1980

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The Physics of Radiation Transportmann in 1872 to study the properties of gases. It applies equally to the description of the behavior of “radiation” which, for the purpose of this paper, will comprise nuclei, leptons, mesons, baryons, and energetic photons.

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Lecture Notes in Computer ScienceThe applications discussed in this lecture have been published previously. The references listed below contain complete descriptions of these and other applications of the discrete ordinates method in low energy neutron and photon transport.

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