一种用于软x射线研究和处理应用的明亮脉冲x射线源

J.S. Pearlman, J.C. Riordan, A.C. Kolb
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引用次数: 4

摘要

软x射线技术的最新发展为生物组织和薄膜的表面处理和显微检查等领域开辟了新的可能性。这些发展,以及紧凑、明亮的实验室软x射线源的发展,使得在个别实验室和加工设施中使用软x射线技术成为可能。最有希望的实验室应用源是基于气体放电的磁压缩。磁压缩产生了一个热的致密等离子体,它是100到3000 eV范围内软x射线的强烈来源。在麦克斯韦和其他地方演示的应用包括x射线光刻,x射线显微镜,表面退火,x射线衍射和EXAFS。
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A bright pulsed x-ray source for soft x-ray research and processing applications

Recent developments in soft X-ray technology open new possibilities in areas such as surface processing and microscopic examinations of both biological tissues and thin films. These developments, along with the development of a compact, bright laboratory soft X-ray source, make it possible to use soft X-ray technology in individual laboratories and processing facilities. The most promising sources for laboratory applications are baseed on magnetic compression of a gas discharge. Magnetic compression creates a hot dense plasma which is an intense source of soft X-rays in the 100 to 3000 eV range. Applications demonstrated at Maxwell and elsewhere include X-ray lithography, X-ray microscopy, surface annealing, X-ray diffraction and EXAFS.

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