Experimental study demonstrates high-efficiency detection across noble gas beams using a Paul mass filter detector, highlighting scalable sensitivity for molecular beam experiments.
A molecular beam electron bombardment detector is described and operational data are presented. The detector makes use of a Paul mass filter to increase its versatility. The detector is calibrated by the use of molecular beams of neon, argon, and krypton. Respective detection efficiencies are 1 atom in 2400, 320, and 80.
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Gilbert O. Brink (1966) studied this question.
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