1938Journal of Applied PhysicsRequires access

A Geiger Counter for Beta-Rays

A. Keith Brewer, Arthur Bramley

Open publisher page 4 citations

Abstract

A Geiger counter for beta-rays is described that is easy to construct and has the low back-ground count of two per minute. Two modifications are in use, one in which the rays are admitted through an aluminum foil supported by a copper grid; and the other in which the material to be tested is placed directly within the chamber. The characteristics of various gases are discussed; it is shown that while organic vapors tend to lower the background count they also lower the sensitivity. A simple method for measuring the counter efficiency for rays of different energies is outlined.

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A Geiger counter for beta-rays is described that is easy to construct and has the low back-ground count of two per minute. Two modifications are in use, one in which the rays are admitted through an aluminum foil supported by a copper grid; and the other in which the material to be tested is placed directly within the chamber. The characteristics of various gases are discussed; it is shown that while organic vapors tend to lower the background count they also lower the sensitivity. A simple method for measuring the counter efficiency for rays of different energies is outlined.

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Available abstract

A Geiger counter for beta-rays is described that is easy to construct and has the low back-ground count of two per minute. Two modifications are in use, one in which the rays are admitted through an aluminum foil supported by a copper grid; and the other in which the material to be tested is placed directly within the chamber. The characteristics of various gases are discussed; it is shown that while organic vapors tend to lower the background count they also lower the sensitivity. A simple method for measuring the counter efficiency for rays of different energies is outlined.

Key concepts: Geiger counter, Beta particle, Proportional counter, FOIL method, Aluminium, Whole body counting, Physics, Materials science

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