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Internal Hydrogen Targets for Heavy Liquid Bubble Chamber

L. Carlino, P. Musset, P. Quéru, R. Duthil, J. M. Garin, M. Marquet

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Abstract

The advantage of a hydrogen bubble chamber - i.e. production on free proton -, can be combined with that of the heavy liquid bubble chamber - i.e. detection and measurement of neutral particles, by inserting a liquid hydrogen target in a heavy liquid bubble chamber. Three different targets have been adapted and used successfully for experiments with 8 GeV/c π- (240,000 photographs), 16 GeV/c π- (150,000 photographs) and 2 GeV/c π + (230,000 photographs). The last experiment is in progress.

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What this paper is about

The advantage of a hydrogen bubble chamber - i.e. production on free proton -, can be combined with that of the heavy liquid bubble chamber - i.e. detection and measurement of neutral particles, by inserting a liquid hydrogen target in a heavy liquid bubble chamber. Three different targets have been adapted and used successfully for experiments with 8 GeV/c π- (240,000 photographs), 16 GeV/c π- (150,000 photographs) and 2 GeV/c π + (230,000 photographs). The last experiment is in progress.

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Available abstract

The advantage of a hydrogen bubble chamber - i.e. production on free proton -, can be combined with that of the heavy liquid bubble chamber - i.e. detection and measurement of neutral particles, by inserting a liquid hydrogen target in a heavy liquid bubble chamber. Three different targets have been adapted and used successfully for experiments with 8 GeV/c π- (240,000 photographs), 16 GeV/c π- (150,000 photographs) and 2 GeV/c π + (230,000 photographs). The last experiment is in progress.

Key concepts: Bubble chamber, Bubble, Liquid hydrogen, Hydrogen, Physics, Nuclear physics, Proton, Mechanics

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