A Study for the Development of A Movable Leakage Tester By Creating Vaccum Through Reliability Analysis

Young-Woo Lee, Man-Jae Bae
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Abstract

Chemical and biological materials are a means of defense that can protect life from enemy chemical attacks and terrorist warfare and are a weapon system essential for the survival and maintenance of the combat power of the military. According to a recent study, the CSRP test results from 2007 to 2023 showed that leakage testing has the greatest influence among several factors on whether or not the shelf life of permeability protection is extended. The rate of packaging leakage from the product increased as the storage period elapsed. If a leak occurs in a chemical protective suit, the product can no longer be used for combat purposes and is converted to use for educational purposes, which is a factor in increasing the operating costs due to the replacement of new products. Accordingly, this study developed a leak tester capable of field measurements using a vacuum to overcome the limitations of current leak tests. This paper presents a method for calculating the appropriate interval using a confidence level.
通过可靠性分析,研究如何通过制造真空来开发可移动泄漏测试仪
生化材料是一种防御手段,可以保护生命不受敌方化学攻击和恐怖战争的伤害,是军队生存和保持战斗力必不可少的武器系统。根据最近的一项研究,CSRP 从 2007 年到 2023 年的测试结果表明,在几个因素中,泄漏测试对防渗保质期是否延长的影响最大。产品的包装泄漏率随着储存时间的延长而增加。如果防化服发生泄漏,产品就不能再用于作战目的,而要转为教育用途,这也是因更换新产品而增加运营成本的一个因素。因此,本研究开发了一种能够利用真空进行现场测量的泄漏测试仪,以克服目前泄漏测试的局限性。本文介绍了一种使用置信水平计算适当区间的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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