工业制冷系统中的危险压力偏移事件是由冷凝引起的冲击和蒸汽推动的液体撞击引起的；然而，引起这些水力瞬变的一些机制尚不清楚。本文对这些冲击起始条件进行了简单描述，并对相关技术文献进行了全面综述。这项工作的主要贡献是建立了一个文献数据库，供对制冷系统中冷凝诱发的冲击和蒸汽推动的液体撞击感兴趣的从业者和研究人员使用。关键词:1997年，制冷，工业，冷凝，蒸汽压力，气泡，压力，故障，水锤，调查引用:ASHRAE Trans。1997年，第103卷，第一部分，论文编号4017（RP-736），65-87，图2。，裁判。

Dangerous pressure excursion incidents in industrial refrigeration systems have been caused by condensation-induced shock and vapour-propelled liquid slugging; however, some of the mechanisms responsible for initiating these hydraulic transients remain unclear. Simple descriptions of these shock-initiating conditions are given, and a thorough survey of the related technical literature is provided. The main contribution of this work is a literature database for practitioners and researchers interested in condensation-induced shock and vapour-propelled liquid slugging in refrigeration systems.KEYWORDS: year 1997, Refrigeration, industrial, condensation, vapour pressure, bubbles, pressure, failure, water hammer, surveys