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Biomedical a

机译:生物医学

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Abstract: Free Electron Lasers have capabilities in several regions of the electromagnetic spectrum that are not found in conventional lasers. Among these capabilities are power and tunability in the short-wavelength region of the ultraviolet and soft x-rays and in the mid- and far-infrared region. By using the intra-cavity inverse, Compton scattering high intensity hard x-rays and gamma rays can be generated. For the first time tunable, bright sources of light at each extreme of the spectrum are available for biomedical science. Application from clinical use of gamma and hard x-rays to surgery and chemical imaging of cellular and sub cellular components are possible. !17
机译:摘要:自由电子激光器在电磁光谱的多个区域具有常规激光器所没有的功能。这些功能包括紫外线和软X射线的短波长区域以及中红外和远红外区域的功率和可调性。通过使用腔内逆,可以产生康普顿散射高强度硬X射线和伽马射线。首次可调谐的,光谱各极端的明亮光源可用于生物医学。从临床使用伽玛射线和硬X射线到细胞和亚细胞成分的手术和化学成像应用都是可能的。 !17

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