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.
Study on Intelligent Control of ZL50 Wheel Loader Cooling Capacity;
ZL50装载机冷却能力的智能控制研究
3.
Motor vehicles-Cooling capacity for engine cooling system-Test method on road
GB/T12542-1990汽车发动机冷却系冷却能力道路试验方法
4.
Numerical Simulation on the Cooling Capacity of Partial Mould under Natural Condition;
自然冷却条件下压铸模具局部冷却能力的数值分析
5.
Study on Automatic Control Device for Cooling Capacity in Automotive Drum Brake
汽车鼓式制动器冷却能力自控装置的研究
6.
The Preparation of Zirconia/Graphite Compound Mold Core and Investigation on the Cooling Ability of Metal Grains;
氧化锆/石墨复合型芯的制备及固态金属颗粒冷却能力的研究
7.
Multi-cycle Numerical Analysis on the Local Cooling Capacity of Mould during Casting Solidification Process;
铸造凝固过程中模具局部冷却能力的多循环数值分析
8.
Study on the Cooling Capacity of Partial Mould by Phase Transformation Heat Changing;
相变强化换热对模具局部冷却能力影响的数值分析
9.
The Study on the Power Plant's Cold-end System and the Heat Transfer Performance of the Cooling Tower
电厂汽轮机冷端系统及冷却塔热力性能研究
10.
Study on Process and Performance of Reverse Flow Mechanical Ventilation Cooling Tower
逆流机力通风冷却塔工艺性能的研究
11.
Coolant temperature and ambient air pressure may be used to optimize cold starting and altitude performance.
冷却水温度和大气压力可用于使冷起动性能和高原性能最优化。
12.
Cooling will reduce the capacity of a liquid for carrying material in solution.
冷却会降低液体携带溶液中的物质的能力。
13.
Study on the Putrefaction Potential of Putrescence Microorganism in Chilled Pork;
冷却猪肉常见腐败微生物致腐能力的研究
14.
Influence of Subsection Cooling Process on Mechanical Properties of Low Carbon Medium Plate
分段冷却工艺对低碳钢中板力学性能的影响
15.
Experimental Research on Mechanical Properties of Steel Cooled in Different Modes after High Temperature Treatment
高温后不同冷却条件下钢材力学性能试验研究
16.
Research for The Influence of Cooling Technology on Q195 Wire
冷却方式对Q195线材力学的性能影响的研究
17.
Analysis of Influencing Factors of Mechanics Performance of Hoop Base for Large Cooling Towers
大型冷却塔环基受力性能的影响因素分析
18.
Therefor, the property of the copper staves is better than that of the staves of cast iron.
因此，从热应力能引起裂纹产生角度看，铜冷却壁性能优于铸铁冷却壁。