The evolution of 252Cf - plasma desorption mass spectroscopy

D.F. Torgerson
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引用次数: 3

Abstract

The 252Cf Time-of-Flight/Plasma Desorption Mass Spectroscopy method (252Cf TOF/PDMS) is an example of how technology transfer from one discipline to another can stimulate new approaches to the solutions of important problems. The 252Cf TOF/PDMS technique evolved from three technologies originally developed by Macfarlane and his co-workers to study nuclear processes: the electrostatic particle guide, the helium-jet recoil transport method, and the on-line β-recoil mass spectrometer. In this paper, these techniques are reviewed, and their contributions to the ultimate development of 252Cf TOF/PDMS are discussed.

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252Cf等离子解吸质谱的演变
252Cf飞行时间/等离子体解吸质谱方法(252Cf TOF/PDMS)是一个例子,说明技术如何从一个学科转移到另一个学科,可以激发解决重要问题的新方法。252Cf TOF/PDMS技术是由麦克法兰和他的同事最初为研究核过程而开发的三种技术发展而来的:静电粒子导流、氦喷射反冲输运法和在线β-反冲质谱仪。本文对这些技术进行了综述,并讨论了它们对252Cf TOF/PDMS最终发展的贡献。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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Editorial Subject index Author index High resolution accurate mass measurements of FAB-generated ions by use of peak matching and multichannel analyzer techniques. Secondary ion mass spectrometry of low-temperature solids
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