As an advanced facility technique of Radiation Biophysics, Single-ion microbeam facility provided a power method for the study of Radiation Biophysics and can be used to solve the problem that tradition method can not deal with. 作为辐射生物学发展的前沿,单粒子束装置为辐射生物学研究提供了一个强有力的手段并可以解决传统研究方法无法解决的问题,在世界范围内受到广泛的重视。
Introduction on Radiation Biophysics 辐射生物物理
Based on Thermal radiation theory and Biophysics, if has put forward "skin temperature droping" and "heat generation rate rising" to support anticold theoty. 应用热辐射有关理论和生物物理学提出皮肤温度下降和产热率提高等基本观点,并以此作为抗寒理论的两个支撑点。
The technology support of physics in Molecular Biophysics, Cell Biophysics, Radiation Biophysics and Optics Biophysics is analyzed or introduced in the fifth part. 第五章首先从实验生物物理学的角度重点分析了分子生物物理与细胞生物物理中物理技术的作用与地位,而后对辐射生物物理和光生物物理等分支作简单的物理支撑作了简单介绍。
Acoustic radiation pressure can control particles without damage and contact. This effect can be applied widely in Cell Biology, Biophysics, Biomedical Engineering and other fields. It has been one of the hot research points for the scientific community and engineering. 利用声辐射力可以实现无损、非接触操控微纳米粒子,该效应在细胞生物、生物物理、生物医学工程等领域具有广泛的应用前景,是最近科学界和工程界的研究热点之一。