Under emergency liquefiedoxygen tank has ability of safe discharging must be a solved security arrangement.
液氧罐在紧急情况下能实现安全排放是氧罐安全措施中必须要考虑和解决的问题。
2
Analyse thermodynamic process in liquefiedoxygen tank under emergency, establish mathematic-physical mode of underwater discharging of liquefiedoxygen and vaporized oxygen.
分析了紧急情况下储罐内发生的热力学过程，建立了水下排放液氧和气氧过程的数学物理模型。
3
Oxygen is generally liquefied so that it can be more effectively transported and stored in large volumes.