1.
Vacuum Pressure Swing Adsorption Oxygen Production System Used in Pulping Plant
真空变压吸附制氧系统在浆厂的应用
2.
Probing into Problems of Vacuum Pump for PSA Regeneration
变压吸附脱碳再生真空泵问题的探讨
3.
Problems in Vacuum Pump for PSA CO_2 Removal and Regeneration and Causes
变压吸附脱碳再生真空泵存在的问题及原因
4.
Type selection and design of vacuum pump for PSA
变压吸附装置中真空泵的设计选型与计算
5.
An Experimental and Stimulant Study of Pressure Drop in FCE Air Filter Adsorptive Material
FCE空气过滤吸附材料压降试验与仿真研究
6.
That attachment will convert your vacuum cleaner into a paint sprayer
那种附加装置将把你的真空吸尘器变成喷漆器。
7.
Computation and Optimization of Non-isothermal Pressure Swing Adsorption Process of Air Separation for Oxygen;
非等温变压吸附空分制氧过程的计算和优化
8.
Preparation of Carbon Molecular Sieves for Air Separation by Pressure Swing Adsorption;
变压吸附空分制氮用炭分子筛的制备研究
9.
Experimental Studies on the Miniature Type PSA Equipment of Producing Oxygen from Air;
微型化变压吸附空分制氧装置实验研究
10.
Study on the Performance of a New Compact Type 4-Bed Pressure Swing Adsorption Adsorber for Oxygen Manufacture from Air;
新型紧凑结构四塔变压吸附空分制氧装置研究
11.
Purifying and Recovery Volatile Organic Compounds by Abosorrption and PSA Methods;
VOCs的吸附和变压吸附法净化回收研究
12.
Oxygen can be separated from nitrogen using Pressure/Vacuum Swing Adsorption (PSA/VSA) technology.
使用压力/真空旋转吸附（PSA/VSA）技术可以把氧和氮分离开。
13.
In this paper the atmospheric absorbent fluidized freeze dryingis compared with vacuum freezedrying in many ways.
介绍了常压吸附流化冷冻干燥，并与真空冷冻干燥做了多方面比较。
14.
Analysis and Comparison and Exploration of Atmospheric Absorbent Fluidized Freeze Drying and Vacuum Freeze Drying of Solidfood;
固态食品常压吸附流化冷冻干燥与真空冷冻干燥分析比较及探索
15.
USING PSA TECHNOLOGY TO RECOVER CO_2 FROM RECTISOL VENTED GAS
变压吸附技术提纯回收甲醇洗放空气中二氧化碳
16.
Mathematical Modeling of Adsorption and PSA Separation of Acetone/air Mixtures;
吸附及变压吸附分离回收丙酮蒸气的数学模拟
17.
Using vacuum adsorb style fix up paper.
固定纸张方式采用真空吸附方式。
18.
Design of a Vacuum Adsorption Dumping Gear for Flip Chip
真空吸附式倒装芯片翻转机械手设计