1) working pair
工质对
1.
A study on the adsorption characteristics of the physical-sorption refrigeration working pair using activated carbon as adsorbent and methanol as refrigerant was performed.
对以活性碳为吸附剂、甲醇为制冷剂所组成的物理吸附式制冷工质对的吸附性能进行了实验研究,得到了活性炭-甲醇吸附工质对的基础吸附平衡数据,给出了等温吸附曲线和等吸附量曲线,实验结果为后续的吸附制冷性能研究奠定了基础。
2.
A solar cooling tube uses sunlight as energy to finish the whole refrigerating cycle in one single tube which use zeolite-water as the working pair.
研究了太阳能冷管利用太阳光作为热源,根据固体吸附式的制冷原理,采用沸石-水作为工质对,在1只玻璃管内完成制冷与制热循环。
3.
By analyzing heat transfer property of working pair (13X-H 2O), an adaptative model for the fixed adsorptive bed is selected.
通过分析 1 3X -H2 O工质对在吸附床内的脱附速率等参数 ,优选出较为适宜的吸附床模型 ,并在优选得到的模型上模拟自制吸附剂的脱附特性及床层温度分布。
2) working pairs
工质对
1.
Two different kinds of working pairs of adsorption refrigerator,activated carbon~methanol and activated carbon~ethanol were used respectively,in solar ice maker.
在构建的太阳能制冰机的基础上,选用活性炭 甲醇、活性炭 乙醇作为吸附制冷工质对,在外界环境条件及辐射能量条件相同的条件下,分别对两种不同的吸附制冷工质对进行解吸量、吸附量和制冰量的实验。
2.
Water and ethanol were selected as refrigerants, 13x molecular sieve, silica gel, activated carbon and adsorbents NA and NB prepared by authors were selected as adsorbents, and the performance of adsorption working pairs in adsorption refrigeration system was studied.
对水、乙醇和 13x分子筛、硅胶、活性炭以及自制吸附剂NA、NB组成的吸附工质对的制冷性能进行了研究 。
3.
By means of the thermodynamics of mixture and thermodynamic analysis based on the simulation for the absorption heat transformer(AHT), this work propose a general method to evaluate the AHT s performance by the excess Gibbs function (GE) of the working pairs.
基于混合物热力学理论和升温型吸收式热泵AHT（Absorption Heat Transformer）的循环模拟及热力学分析，本研究提出了一个以工质对的超额Gibbs函数（GE）评价AHT能量特性的一般化方法。
3) new work substance pairs
新工质对
4) absorption workiug pair
吸收工质对
5) adsorption working pair
吸附工质对
1.
The research developments on adsorption capacity equation and adsorption working pair are introduced.
系统阐述了与吸附制冷技术相关的吸附机理 ,立足于机理研究对吸附制冷应用研究中必然涉及的吸附量方程和吸附工质对这两个主题展开讨论 ,介绍其研究状况 ,并给出一定应用条件下吸附量方程和吸附工质对的选择方案及应用实例 ,以期为设计实际吸附制冷系统提供指
6) engineering geological countermeasures
工程地质对策
1.
This paper aims to suggest that the problems of select space should be considerable technological criterions,technological routes and engineering geological countermeasures.
该文旨在探讨在选址问题上应该考虑的技术准则、技术路线和工程地质对
补充资料：质对
1.对质;对证。
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