1.
The water supply scheme using small pressure vessel combined with frequency converter was presented.
提出一种采用小气压罐与变频调速相结合的供水方案,并用单片机对供水系统进行控制。
2.
liquefied petrolem gas high-pressure holder
液化石油气高压气罐
3.
A vessel for storing compressed gas.
气罐贮存压缩气体的容器
4.
The gas is stored under pressure in the tank.
该气体在压缩状态下贮存於罐中.
5.
Design of Water Seal of Low Pressure Water-sealed Gasholder
低压湿式贮气罐水封设计参数的确定
6.
Influencing of Vapor-phase Residual Pressure of LPG Tanker on Loading Metering
LPG罐车气相余压对装车计量的影响
7.
Self-pressurization and gas supplying properties of storage system for LNG vehicle
LNG燃料汽车储罐自增压及供气特性
8.
The smaller units are mounted directly on the receiver tank.
较小的机组直接装在贮气罐上。
9.
A small pitcher.
小罐，小壶小的罐或壶
10.
can body dent
罐身加强圈, 罐身压筋
11.
The sturcture and the principle of the oxygen respirator with positive pressure are analysed. Base on it, the paper put forward the design theory and method.
在分析正压氧气呼吸器的正压原理与结构的基础上,提出了清净罐、却罐的设计理论依据和方法。
12.
Oxygen must not be stored in close proximity to any cylinder of Acetylene or other compressed flammable gas or liquid.
氧气的存放：勿靠近乙炔罐或其他压缩易燃气体及或液体。
13.
Never use canned air or gas to clean the sensor.
绝对不要使用任何罐装压缩空气或液化气清洁感应器。
14.
After using oil injection instead of water, analysis is also given to the actual situations of after-cooler of charge gas compressor and inter-stage tank.
分析了由注油改为注水后,裂解气压缩机后冷器和段间罐的情况。
15.
The ASU manufacturing process begins with a main air compressor and ends at the output of the product storage tanks.
ASU生产过程从一个主气流压缩机开始，产品储存罐的输出后结束。
16.
The coatings are sprayed onto the components being analyzed by using aerosol cans or compressed-air spray guns.
涂料是用按钮喷雾罐或压缩气喷枪喷到所要分析的零件上去的。
17.
Structure Optimization and Self-Pressurization Process Study of 20m~3 LNG Tank;
20m~3液化天然气储罐结构优化与自增压过程研究
18.
Technology of Tank Tube Wall Construction of Climate Laboratory in 1000 kV A.C.UHV Test Base
1000kV特高压交流试验基地环境气候实验室罐体筒壁施工技术