1) refrigerant distributor
制冷剂分配器
2) refrigerant mass allocation
制冷剂流量分配
3) 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。
4) Ingredient proportion of the refrigerant
制冷剂配比
5) the distribution of refrigeration
制冷量分配
6) refrigerant distribution
制冷剂分布
1.
An experimental phenomenon is reported about the critical frequency in an inverter chiller with a receiver,which is caused by the refrigerant distribution s change in the evaporator,condenser and receiver according to the analyses,meanwhile,the correlation is also interpreted between the critical frequency and refrigerant charge.
分析了带高压贮液器的变频空调的"临界频率"实验现象,认为蒸发器、冷凝器和高压贮液器中制冷剂分布的变化是导致该现象的原因,同时阐释了"临界频率"与系统制冷剂充注量的关系。
2.
Whether or not the air-conditioners can run efficiently are dependent on many factors, including the airside heat, mass transfer and friction characteristics of fin-and-tube heat exchangers as well as the dynamic characteristics at start-up or shut-down and refrigerant distribution characteristics under steady conditions in the air-conditioners.
空调器能否高效运行受制于很多因素的影响,其中包括翅片管换热器空气侧的传热传质和压降特性以及空调系统开停机过程的动态特性和稳态运行时的制冷剂分布特性等。
3.
Airside characteristics of evaporator and refrigerant distribution are two key problems of air-conditioner.
蒸发器的空气侧特性和系统的制冷剂分布是空调器研究的两个关键问题。
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