1.
Numerically simulating mist/steam impingement cooling with phase change
水雾/蒸汽相变冲击冷却的数值模拟
2.
Numerical Simulation and Experiment Research on the Effect of Rotation on Jet Impingement Cooling;
旋转条件下冲击冷却数值模拟及实验研究
3.
Convective heat transfer characteristics of impingement cooling for a self-excited precessing jet
自激励旋进射流冲击冷却的对流换热特性
4.
The Key Technology Research of Micro Dielectric Droplet Impingement Cooling System;
基于MEMS的微介电液滴冲击冷却系统关键技术研究
5.
Research on the Modeling and the Implement Technology of Micro Dielectric Droplet Impingement Cooling System Based on MEMS;
基于MEMS的微介电液滴冲击冷却系统建模及其实施技术研究
6.
Research on the Flow Characteristics of the Small Droplet Impingement Cooling with Thin Liquid Film;
微器件细小喷淋冲击冷却流场及形成的薄液膜特性研究
7.
Local Heat Transfer Measurements in Narrow Impingement Channel by Transient Liquid Crystal Technique
窄通道内冲击冷却局部换热特性的瞬态液晶测量
8.
Research on Heat Transfer Characteristics and Discharge Coefficient of Impingement/effusion Cooling System;
冲击/发散冷却换热特性及流量系数研究
9.
Numerical Study on Flow and Heat Transfer Characteristics of Impingment/Effusion Cooling Mode;
冲击—发散复合冷却流动与传热特性的数值研究
10.
Research on Cooling Method of Electronics Based on Jet Impingement
基于冲击射流的电子器件冷却方法研究
11.
Investigation of SST k-ω Reliabilityin Impinging Jet Cooling
SST k-ω模型用于冲击射流冷却的可靠性
12.
Numerical simulation on cooling effectiveness of combined impingement and film cooling
“冲击-气膜”复合式结构冷却效果数值研究
13.
Application Study on The Grinding Ti-6Al-4V of Jet Impinging Cooling both in & out to Pore Grinding Wheel
微孔砂轮射流冲击内外冷却技术在钛合金磨削中的应用研究
14.
Effect of area ratio of impingement hole to effusion hole on heat transfer characteristics of impingement-effusion composite cooling
冲击-多斜孔壁复合冷却中冲击孔与多斜孔面积比对换热特性的影响
15.
"Eliminates the need for periodic flushing and steam-cleaning commonly associated with "sewage cooled"designs"
"不需要像""污水冷却""设计系统那样定期冲刷和清洗冷却。"
16.
Preparation now resets the cooldown of Shadowstep and no longer resets the cooldown of Adrenaline Rush.
预备：现在它重置“暗影步”的冷却时间，但不重置“冲动”的冷却时间了。
17.
Design and Research of Refrigeration System for Cold and Hot Airflow Shock Chamber;
冷热气流冲击试验箱制冷系统研制与试验研究
18.
The need for periodic cleaning and flushing of cooling passages is eliminated.
避免了对冷却通道进行定期的清洗和冲刷。