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DETECTION OF TWO PARTICLES IN SPARK CHAMBER

А. И. Бабаев, V. Kaftanov

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Abstract

The efficiency of a six-layer cylindrical spark chamber for detection of two particles in the decay mu yields e + gamma and mu yields 3 e was investigated. The outside diameter of the chamber is 203 mm and its electrodes were constructed of duraluminum with a gap of 7 mm. The chamber was filled with neon at a pressure of 1.1 atm. An exponential pulse with an amplitude of 11 kv was supplied to the electrodes. The efficiency of the chamber is dependent on the delay time of the voltage impulse. (C.E.S.)

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The efficiency of a six-layer cylindrical spark chamber for detection of two particles in the decay mu yields e + gamma and mu yields 3 e was investigated. The outside diameter of the chamber is 203 mm and its electrodes were constructed of duraluminum with a gap of 7 mm. The chamber was filled with neon at a pressure of 1.1 atm. An exponential pulse with an amplitude of 11 kv was supplied to the electrodes. The efficiency of the chamber is dependent on the delay time of the voltage impulse. (C.E.S.)

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Available abstract

The efficiency of a six-layer cylindrical spark chamber for detection of two particles in the decay mu yields e + gamma and mu yields 3 e was investigated. The outside diameter of the chamber is 203 mm and its electrodes were constructed of duraluminum with a gap of 7 mm. The chamber was filled with neon at a pressure of 1.1 atm. An exponential pulse with an amplitude of 11 kv was supplied to the electrodes. The efficiency of the chamber is dependent on the delay time of the voltage impulse. (C.E.S.)

Key concepts: Spark chamber, Impulse (physics), Materials science, Electrode, Voltage, Spark gap, SPARK (programming language), Atomic physics

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