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Proceedings Paper

Liquid-metal anode x-ray tube
Author(s): Bernd R David; Hans Barschdorf; Volker Doormann; Rainer Eckart; Geoffrey Harding; Jens-Peter Schlomka; Axel Thran; Peter Bachmann; Peter Flisikowski
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Paper Abstract

A novel type of electron-impact x-ray source based on the interaction of energetic electrons with a turbulently flowing liquid metal target is presented. The electrons enter the liquid through a thin (several microns thick) window, separating the liquid from the vacuum region in which the cathode is situated. Several electron window materials including diamond, tungsten and molybdenum were tested in combination with the liquid metal GaInSn. Satisfactory agreement has been obtained between the predictions of thermal transport models and the measured dependence of the loadability on fluid velocity. The liquid metal technology appears to represent a significant improvement in continuous loadability relative to stationary anode x-ray tubes.

Paper Details

Date Published: 7 January 2004
PDF: 12 pages
Proc. SPIE 5196, Laser-Generated and Other Laboratory X-Ray and EUV Sources, Optics, and Applications, (7 January 2004); doi: 10.1117/12.504503
Show Author Affiliations
Bernd R David, Philips Research Labs. (Germany)
Hans Barschdorf, Philips Research Labs. (Germany)
Volker Doormann, Philips Research Labs. (Germany)
Rainer Eckart, Philips Research Labs. (Germany)
Geoffrey Harding, Philips Research Labs. (Germany)
Jens-Peter Schlomka, Philips Research Labs. (Germany)
Axel Thran, Philips Research Labs. (Germany)
Peter Bachmann, Philips Research Labs. (Germany)
Peter Flisikowski, Philips Research Labs. (Germany)


Published in SPIE Proceedings Vol. 5196:
Laser-Generated and Other Laboratory X-Ray and EUV Sources, Optics, and Applications
George A. Kyrala; Jean-Claude J. Gauthier; Carolyn A. MacDonald; Ali M. Khounsary, Editor(s)

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