RADIATION AND ENVIRONMENTAL BIOPHYSICS

英文简介

The journal Biophysik edited by B. Rajewsky was founded in 1963. With Volume 11 (1974) the name Radiation and Environmental Biophysics was adopted. H. Muth was Managing Editor from Volume 7 (1970) to Volume 18/1 (1980) U. Hagen from Volume 18/2 (1980) and U. Hagen and A. M. Kellerer jointly from Volume 33/3 (1994) to Volume 35/3 (1996). Editor-in-Chief from Volume 35/4 (1996) is A. M. Kellerer. This journal is devoted to fundamental and applied issues in radiation research and biophysics. The topics include: Biophysics of ionizing radiation: radiation physics and chemistry radiation dosimetry radiobiology radioecology biophysical foundations of medical radiology nuclear medicine and radiation protection. Biophysics of non-ionizing radiations: ultraviolet visible and infrared light (including laser light) microwaves radiowaves low frequency electromagnetic fields sound and ultrasound. Biological effects of physical factors such as temperature pressure gravitational forces electric and magnetic fields. Biophysical aspects of the biosphere and space of ecosystems and their mathematical models and of transport processes of energy and substances in biotic systems. Risk assessment and risk modelling for radiation and environmental factors. Contributions to these topics may include theoretical-mathematical and experimental material. They can range from complex radiobiological phenomena to issues of health physics and environmental protection. Special emphasis is given to fundamental research - directly or indirectly related to radiation and environmental problems - but articles on medical physics and biomedical engineering will be accepted if they contribute to the understanding of fundamental mechanisms.

中文简介

拉杰斯基主编的《生物物理学》杂志创办于1963年。第11卷(1974)采用了辐射和环境生物物理学的名称。H. Muth在第7卷(1970年)至第18/1卷(1980年)任执行主编，在第18/2卷(1980年)任执行主编，在第33/3卷(1994年)至第35/3卷(1996年)任执行主编。第35/4卷(1996)的主编是A. M.克勒勒。这本杂志致力于辐射研究和生物物理学的基础和应用问题。主题包括:电离辐射生物物理:辐射物理与化学辐射剂量学放射生物学放射生态学生物物理基础医学放射学核医学和辐射防护。非电离辐射生物物理学:紫外光、可见光和红外光(包括激光)、微波、射频电磁场、声波和超声波。生物效应的物理因素，如温度、压力、引力、电场和磁场。生物圈和生态系统空间的生物物理方面及其数学模型以及生物系统中能量和物质的运输过程。辐射和环境因素的风险评估和风险模型。对这些主题的贡献可能包括理论数学和实验材料。它们的范围从复杂的放射生物学现象到健康物理和环境保护问题。特别强调基础研究- -直接或间接地与辐射和环境问题有关- -但如果有关医学物理和生物医学工程的文章有助于了解基本机制，则将予以接受。

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