Fast Neutrons and High-Let Particles in Cancer Therapy, Paperback by Engenhar...

$ 95.7

Subject: Oncology, Radiology, Radiotherapy & Nuclear Medicine, Physics / Nuclear Item Length: 9.3 in Series: Recent Results in Cancer Research Ser. Number of Pages: Xiii, 218 Pages Publication Year: 2012 Author: A. Wambersie Publisher: Springer Berlin / Heidelberg Publication Name: Fast Neutrons and High-Let Particles in Cancer Therapy Item Width: 6.1 in Type: Textbook Subject Area: Science, Medical Item Weight: 12.9 Oz Book Title: Fast Neutrons and High-Let Particles in Cancer Therapy width: 6.1 in Language: English ISBN: 9783642787768 Format: Trade Paperback

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Fast Neutrons and High-Let Particles in Cancer Therapy, Paperback by Engenhar.... Fast Neutrons and High-Let Particles in Cancer Therapy, Paperback by Engenhart-Cabillic, Rita (EDT); Wambersie, Andre (EDT), ISBN 3642787762, ISBN-13 9783642787768, Brand New, Free shipping in the US Fast neutron therapy was introduced in London in 1970. Th gives an overview of the developments of the past 28 years, assesses the results of fast neutron treatment, and reviews the compiled clinical data worldwide. The authors describe the radiobiological profile of the neutron beams and evaluate the neutron RBE for secondary cancer induction, they introduce heavy-ion therapy, which combines high physical selectivity with the biological advantages of high-LET radiation for some tumor types, and finally they describe the very recent developments in Boron Neutron Capture Therapy (BNCT). Fast Neutrons and High-Let Particles in Cancer Therapy, Paperback by Engenhart-Cabillic, Rita (EDT); Wambersie, Andre (EDT), ISBN 3642787762, ISBN-13 9783642787768, Brand New, Free shipping in the US Fast neutron therapy was introduced in London in 1970. Th gives an overview of the developments of the past 28 years, assesses the results of fast neutron treatment, and reviews the compiled clinical data worldwide. The authors describe the radiobiological profile of the neutron beams and evaluate the neutron RBE for secondary cancer induction, they introduce heavy-ion therapy, which combines high physical selectivity with the biological advantages of high-LET radiation for some tumor types, and finally they describe the very recent developments in Boron Neutron Capture Therapy (BNCT).