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作者设计了一种煤气泄漏报警装置，并把它的工作原理移植到潜艇消氢系统的设计中，将原来用于手工检测、分散消氢的消氢过程改造成自动检测、集中消氢的自动控制过程，达到了减轻艇员劳动强度，大大提高测氢与消氢的及时性与准确性的目的。实艇的初步试验表明，系统设计是成功的，存在的某些问题需要依靠潜艇修理时才能解决。
The author designed a gas leakage alarm device and transplanted its working principle into the design of the hydrogen elimination system of the submarine. The original hydrogenation process used for manual detection and decentralized hydrogen elimination was transformed into automatic detection and automatic hydrogen concentration elimination Control process, to reduce the crew labor intensity, greatly improve the timeliness and accuracy of hydrogen measurement and hydrogen elimination purposes. Initial tests onboard show that system design is successful and that some of the problems that exist depend on submarine repairs.