1) refrigerant line
制冷剂管路
2) refrigerant pipe
制冷剂配管
1.
In this paper,based on the experimental study on the influence of indoor and outdoor unit refrigerant pipe length on the performance of air-conditioning(heat pump) unit equipped with full fresh air duct,the variation rules of parameters,including cooling capacity,EER,discharge pressure,suction pressure,discharge temperature,refrigerant pipe pressure drop,etc.
本文通过进行全新风风管送风式空调(热泵)机组室内外机制冷剂配管长度对机组性能影响的实验,总结了机组制冷量、EER、排气压力、吸气压力、排气温度、制冷剂配管压降等参数随制冷剂配管长度变化的规律,分析了制冷剂配管长度对全新风风管送风式空调(热泵)机组性能影响的特点。
3) controlled refrigerant
受管制制冷剂
4) brake cooling line
制动器冷却管路
5) brake oil cooling line
制动油冷却管路
6) cryogen refrigeration
冷剂制冷
1.
In order to improve the NGL recovery rate for some condensate gas fields, which had high pressure gas source and there was no differential pressure for utilization, this paper put forward a cryogen refrigeration-oil absorption combination process to recover NGL on the basis of cold oil absorption theory.
为了进一步提高天然气凝液装置的产品收率,本文针对凝析气田中气源压力高,无压差可利用的工况条件,应用冷油吸收原理,通过工艺流程模拟分析与研究,确定了冷剂制冷-油吸收复合凝液回收工艺原理流程。
补充资料：制冷剂与载冷剂
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