1.
"The furnace is equipped with a high efficiency compact spray cooling device with high cooling capacity, high cooling rate and good uniformity, by which the length of the cooling zone is reduced. "
采用高效紧凑式喷射冷却装置,冷却能力大,速度快,冷却均匀,大大缩短了冷却段的长度
2.
The strip is cooled from heat treatment temperature to around 480 c with high efficiency spray cooling device quickly.
利用高效喷射冷却装置快速地将带钢从热处理温度冷却至480℃左右。
3.
The speedy cooled strip is equalized here to the temperature accepted by zinc pot.
使经快速喷射冷却的钢板温度均匀一致,达到钢板入锌锅的温度。
4.
Heat transfer performance of inclined spray cooling in non-boiling regime
倾斜喷射时喷雾冷却无沸腾区换热特性
5.
The Cryogenic Mist Jet Cooling Technology in Turning Process of Titanium Alloy
钛合金车削中的低温喷雾射流冷却技术
6.
Cooling Characteristics and Heat Transaction Coefficients of Basic Oxygen Furnace during Spraying Cooling
转炉汽雾冷却喷嘴限制射流强化换热特性
7.
Experimental study on heat sinks of computer chip cooling based on micro-injection
基于微喷射结构的计算机芯片冷却试验研究
8.
The purpose of our study is to examine the effectiveness of dynamic cooling in protecting superficial tissue structures during continuous Nd:YAG laser illumination of in vivo and ex vivo models for hemangiomas.
因此，吾人设计出在毫秒间喷射式冷却系统配合激光的照射将局部表皮冷却下来。
9.
The infrared radiation and wall temperature were obviously decreased by cooling.
通过冷却，各喷管的壁温和红外辐射强度明显降低。
10.
Cryogenic Mist Jet Impinging Cooling and Its Application in Machining of Titanium Alloy;
低温喷雾射流冷却技术及其在钛合金机械加工中的应用
11.
Thermal Analysis of Cryogenic Mist Jet Impinging Cooling and Its Application in Turnning of Titanium Alloy;
低温喷雾射流冷却技术及其在钛合金车削加工中的应用
12.
Study on the Ejector and the Solar Ejector Refrigeration System;
喷射器与太阳能喷射式制冷系统研究
13.
Study on the Gas-liquid Ejector and Bi-ejector Refrigeration System;
气—液喷射器及双喷射式制冷系统研究
14.
The Layout Design of Nozzle in Water Spray Cooling System for Spherical Tanks;
球罐水喷雾冷却系统的喷头布置设计
15.
solar steam jet refrigerating machine
太阳能蒸汽喷射制冷机
16.
evaporation-type steam jet refrigeration machine
蒸发式蒸汽喷射制冷机
17.
contact type steam jet refrigerating machine
混合式蒸汽喷射制冷机
18.
The Use of Spray Cooling Technology to Direct Air-cooling System
直接空冷系统中喷雾冷却技术的应用