LIQUID-XENON-FILLED WIRE CHAMBERS | Zendy

S.E. Derenzo | Zendy; Robert F. Flagg | Zendy; S.G. Louie | Zendy; Fesseha Mariam | Zendy; Terry S. Mast | Zendy; A. J. Schwemin | Zendy; Robert G. Smits | Zendy; Haim Zaklad | Zendy; Luis W. Alvarez | Zendy; Romain Müller | Zendy

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LIQUID-XENON-FILLED WIRE CHAMBERS

Author(s) -

S.E. Derenzo,

Robert F. Flagg,

S.G. Louie,

Fesseha Mariam,

Terry S. Mast,

A. J. Schwemin,

Robert G. Smits,

Haim Zaklad,

Luis W. Alvarez,

Romain Müller

Publication year - 1972

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/932963

Subject(s) - xenon , resolution (logic) , physics , coulomb , property (philosophy) , materials science , optics , nuclear physics , computer science , electron , artificial intelligence , philosophy , epistemology

The authors describe several types of small liquid xenon-filled chambers, each optimized for a particular property such as a real-time spatial resolution of {+-} 15 {mu}, a time resolution of {+-} 10{sup -7} sec, or a pulse height of 10{sup -12} coulomb. Larger chambers combining all these properties will be of great value at NAL energies, and they describe some of the techniques necessary for their construction

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