1.
The stress analysis and optimum of the cryogenic insulated-cylinders under the inertia force based on ANSYS
使用ANSYS对惯性力作用下的低温绝热气瓶进行应力分析与优化
2.
THE MICROCOSMIC EXPLANATION OF TEMPERATURE CHANGE OF IDEAL GAS IN ADIABATIC EXPANSION
理想气体在绝热膨胀时温度降低的微观解释
3.
high vacuum superinsulation cryogenic container
高真空超绝热低温容器
4.
Thermal conductivity measuring equipment of adiabatic material at low temperature
非金属绝热材料低温热导率测试装置
5.
The cryogenic tank is constructed like a vacuum bottle. It is designed to keep heat away from the liquid that is contained in the inner vessel. Vaporizers convert the liquid nitrogen to its gaseous state.
低温罐造得象个真空瓶。设计得使热量无法进入内罐中的液氮。汽化器把液氮转化成气态。
6.
Building-up of an Cryoganic Vacuoua Adiabatic Calorimeter ant Muasurerrunts for. the Specifie Hsat of the Standard Sampit-Potassium Chloride at teh Low Temperaturer.
低温真空绝热量热计的建立及标准样品氯化钾低温比热的测定
7.
vacuum powder insulated cryogenic tank
真空粉末绝热低温贮液槽
8.
The design and experiment of a cryogenic heat pipe with a reservoir in room temperature
使用常温气库的低温热管设计与实验
9.
The Adiabatic, Continuous Heating, Differential Specific Heat Measurement System and the Specific Heat of Polyaniline at Low Temperatures;
绝热连续升温差分比热测量装置与聚苯胺低温比热研究
10.
A Process of Free Expansion in A Container Which Insulates from Heat;
气体绝热自由膨胀过程中温度的变化
11.
Reducing the Yield Ratio of Steel Plate for Welded Gas Cylinders by Two-stage Cooling in Baosteel's Hot Strip Mill
宝钢热连轧两段冷却降低气瓶钢屈强比
12.
The limit on thermodynamics for gas cooling is the adiabatic saturation temperatures.
煤气冷却的热力学极限是绝热饱和温度。
13.
Loss of Vacuum Experiment on a Multi-Layer Insulation Vessel;
高真空多层绝热低温容器真空丧失试验研究
14.
Discussion on sealing vacuum of cryogenic liquid storage vessel with evacuated powder insulation
真空粉末绝热低温液体贮槽封结真空度探讨
15.
The air then passes through heat exchangers where it is cooled to cryogenic temperature.
接着空气通过热交换器冷却到低温。
16.
Study on waste heat power generation technology with low-temperature gas
铝电解槽低温烟气余热发电技术探讨
17.
Research on Heat Transfer of Air-heated Finned-tube Vaporizer in Low-temperature Condition
空温式翅片管气化器在低温工况下的传热研究
18.
Low-Temperature Pyrolysis and Gas Composition Analysis of Thermal Insulation Materials of Waste Refrigerators
废冰箱保温材料低温热解及气体成分分析