1) inert gas distribution system
惰气分配系统
2) inert gas distribution system
惰性气体分配系统
3) IGS system
惰气系统
4) flue gas type inert gas system
烟道气惰气系统
1.
Based on the comparison among the flue gas type inert gas system plus replenishing inert gas generator, composite flue gas type inert gas system, multi functional inert gas system and inert gas generator system, the paper analyzes the possibilities of their application onboard the ship under design, and decides finally to adopt the inert gas generator system.
通过对烟道气惰气系统 ,补气惰气发生器与烟道气组合惰气系统、多功能惰性气体系统和惰性气体发生器系统的比较 ,分析在实船上应用的可能性 ,最后决定本船采用惰性气体发生器系统 ,并介绍了这套系统的性能参数及特点。
5) inert gas system
惰性气体系统
1.
Simulation of inert gas system for large oil tanker based on VB6.0;
基于VB6.0的大型油船惰性气体系统仿真
6) air distribution system
空气分配系统
1.
Objective To establish a complete heat transfer boundary condition model in a cockpit including the inner wall heat transfer boundary condition and the air supply heat transfer boundary condition of the air distribution system.
目的建立较完整的歼击机座舱传热边界条件计算模型,包括内壁面传热边界条件和空气分配系统供气传热边界条件。
2.
A wall heat transfer boundary condition model and an air supply boundary condition model of the air distribution system of a fighter plane cockpit are established according to its features of air flow and heat transfer.
根据歼击机座舱内空气流动和传热的特点,建立了座舱内壁面传热边界条件计算模型和空气分配系统供气边界条件计算模型,在此基础上建立了歼击机座舱流场和温度场数值仿真平台,并利用地面模拟实验验证了仿真平台的有效性。
补充资料：惰气
1.犹惰性。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条