2016•Unpublished venueRequires access

How to choose a leak detection method

Maksim L. Vinogradov, Д К Кострин, M. V. Karganov, V. Yu. Tiskovich

Open publisher page 7 citations

Abstract

This article describes a calculation procedure of a permissible leakage flow for sealed products. It is shown how a leak detector sensitivity can be improved by changing a pressure drop and a test gas. Optimal leak rate ranges for a mass spectrometric leak detector, a portable helium leak detector and a pressure decay leak detector are suggested in order to achieve high accuracy, repeatability and minimum test expenses.

About this research paper

What this paper is about

This article describes a calculation procedure of a permissible leakage flow for sealed products. It is shown how a leak detector sensitivity can be improved by changing a pressure drop and a test gas. Optimal leak rate ranges for a mass spectrometric leak detector, a portable helium leak detector and a pressure decay leak detector are suggested in order to achieve high accuracy, repeatability and minimum test expenses.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This article describes a calculation procedure of a permissible leakage flow for sealed products. It is shown how a leak detector sensitivity can be improved by changing a pressure drop and a test gas. Optimal leak rate ranges for a mass spectrometric leak detector, a portable helium leak detector and a pressure decay leak detector are suggested in order to achieve high accuracy, repeatability and minimum test expenses.

Key concepts: Leak, Detector, Leak detection, Helium, Repeatability, Nuclear engineering, Leakage (economics), Sensitivity (control systems)

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