Application of an Electron-Tube Technique to the VENUS Vertex Chamber

Details Application of an Electron-Tube Technique to the VENUS Vertex Chamber Application of an Electron-Tube Technique to the VENUS Vertex Chamber

Sep 2001

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2001jajap..40.5409o&link_type=abstract

Japanese Journal of Applied Physics, Volume 40, Issue 9A, pp. 5409 (2001).

Physics

Scientific paper

This paper presents a new method to design and analyze drift chambers which are commonly used in high-energy physics experiments. The method is based on an analogy of the electron-tube theory; in particular, it treats the drift chamber with a grid wire plane as a “triode ion tube” filled with a gas. This method provides an analytical way in which to calculate the potential and/or charge of electrodes (wires) and the electric fields between them. The method also gives a semianalytic means to derive “X-T” relations in a chamber, and to calculate expected signal forms. This method has been developed specifically for designing a vertex chamber installed in the VENUS detector at the TRISTAN e+e- collider. The anode signal forms actually obtained by the VENUS vertex chamber are found to agree well with the predictions by this method.

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