1) high pressure air blow-off
高压气吹除
1.
Based on expatiating on the developed actuality of underwater dynamic anti-sinking capability in international country,the paper emphasizes to discuss the technology model of high pressure air blow-off and the technology theory of hydrazine blow-off.
阐述了国内外潜艇水下动力抗沉技术发展现状,重点探讨了高压气吹除技术的模型和肼吹除技术的原理,并且举例说明高压气吹除技术对潜艇水下动力抗沉具有良好的效果。
2) pneumatic blowing system
高压气吹除系统
1.
The mathematical model of the pneumatic blowing system of the submarine s ballast tanks;
潜艇主压载水舱高压气吹除系统数学模型
3) high-pressure air emergency blow system
高压室气应急吹除系统
4) low-pressure air blowing system
低压气吹除系统
5) Maximum blowing air pressure
最高吹瓶气压
6) blow-out gas
吹除气
1.
It introduces and compares two method of the hydrogen recovery in the blow-out gas in methanol synthesis for reforence.
介绍了目前甲醇吹除气中氢回收的两种方法,并对两者进行比较、分析,供有关厂家参考。
2.
It is introduced the analysis and comparison of the two methods of the hydrogen recovery in the blow-out gas of methanol synthesis for the conference of the regarding plant.
对目前甲醇吹除气中氢回收的两种方法进行了比较、分析。
补充资料：高压气柜
分子式：
分子量：
CAS号：
性质：储存压力约为表压0.5兆帕（5大气压）的气体的气柜。
分子量：
CAS号：
性质：储存压力约为表压0.5兆帕（5大气压）的气体的气柜。
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