1.
closed cycle throttling refrigerator
闭合循环节流制冷器
2.
open-cycle throttling refrigerator
开式循环节流制冷器
3.
Application of Refrigerant Mixture N_2-Ar for J-T Coolers
N_2-Ar混合工质在节流制冷器中的应用
4.
Theory analyses on start-up time of a miniature Joule-Thomson cooler
微型节流制冷器启动时间的理论分析
5.
Expenditure From The Refrigeration Controller On The Mechanism And Application Notes
制冷节流自控器的机理论述和应用说明
6.
cooled by air conditioning.
通过空气调节器制冷的。
7.
Study on Seasenal Performance Optimization and Refrigerant Flux Characters of Air Source Heat Pump Water Heater;
空气源热泵热水器的季节性能优化与制冷剂流量特性研究
8.
Maintenance of the Orifice-tube Cooling System for Auto Air Conditioner
汽车空调节流短管式制冷系统的维护
9.
Control strategy of chilled water temperature for energy efficiency in constant and variable flow systems
定流量与变流量系统冷水温度节能控制策略
10.
Application of vapor compression refrigeration to high heat flux microelectronics cooling
蒸气压缩制冷在高热流电子器件冷却中的应用
11.
Research on Adaptive Mechanical Flow Regulation
机械式自适应冷却气体流量调节器研究
12.
Development of the Omnibus-flow Fluidized Bed Bottom Ash Cooler for Large Capacity Circulating Fluidized Bed Boilers;
大型循环流化床锅炉混流式流化床冷渣器研制
13.
Review and analysis of energy saving control methods for chiller plant variable flow systems
制冷站变流量系统节能控制方法回顾与分析
14.
Change your thermostat( and use clock thermostats) to reduce energy for heating+ cooling.
换成定时的温度调制器,节约制冷加热能源.
15.
Power Flow Control Capability Analysis of UPFC
统一潮流控制器的潮流调节性能分析
16.
Restricted refrigerant flow through the condenser.
冷却剂流经冷凝器不畅。
17.
"It consists of a compressor, a condenser, a throttle or expansion valve, an evaporator, and a working fluid (refrigerant)."
它由压缩机、冷凝器、节流阀或膨胀阀、蒸发器,以及一种工作流体(冷冻剂)组成。
18.
Energy saving is the main characteristic of variable refrigerant volume air conditioning system.
节能是变制冷剂流量空调系统的主要特点。