对浸没冷却和射流冲击冷却的基本传热特征进行了研究。
The fundamental characteristics of immersion cooling and jet impingement cooling were investigated.
热图像真实地反映出每一股射流的冲击冷却局部换热特征。
The thermal images show truly the features of local heat transfer for each jet impingement cooling.
同时也获得了多股射流冲击冷却的对流换热系数等值线谱图。
The isograms of heat transfer coefficients of impingement cooling are also obtained.
采用数值模拟方法对冲击冷却的流动和传热过程进行了三维数值研究。
Three-dimensional numerical study is conducted to investigate the heat transfer characteristics for jet impingement cooling configurations.
计算的边界条件包括燃气加热，内部对流冷却，气膜冷却和冲击冷却的对流换热。
E. M. The boundary condition consists of convective heat transfer of gas heating, internal cooling, film cooling and impinging cooling.
微液滴冲击冷却系统的实验平台的设计：确定实验平台结构及控制系统的设计方案；
The experiment plat design of micro droplet impingement cooling system: Confirm the design scheme of the experiment plat frame and the control system;
中厚板无约束淬火主要采用上下集管圆形射流冲击冷却方式，使淬火钢板在向前行进的过程中得到冷却。
Unconstrained quench of medium steel plate adopt round nozzle impinging jet cooling mode, and steel plate is cooled during being pushed ahead.
在对射流冷却平板模型和射流冷却凹板模型数值模拟的基础上，设计了射流冲击冷却式蒸汽冷却叶片，并对其进行了热耦合数值模拟。
The present study numerically investigated a conceptual type of internal steam cooling vane with the impingement cooling technology on the basis of plane model and concave model.
在对射流冷却平板模型和射流冷却凹板模型数值模拟的基础上，设计了射流冲击冷却式蒸汽冷却叶片，并对其进行了热耦合数值模拟。
The steam cooling method was applied in this paper to study the design and characteristics of cooling structure for a vane of gas turbine.
燃烧室迷宫复合冷却结构是一种集冲击、对流换热和近似发散冷却于一身，兼具冲击冷却、对流换热冷却和席壁冷却结构优点的创新性冷却结构。
Maze composition cooling structure of combustor is a kind of novel cooling structure incorporated the strong points of impingement, convection heat exchange and approximately perspiration cooling.
焊缝氢含量的测试分析表明，阵列式射流冲击热沉系统可以改善接头的残余应力分布，防止冷却水侵入焊缝。
The hydrogen contents investigations show that the FSW process with array jet impingement sink appaatus can prevent the joints form the effect of colding water.
结果表明：随着淬火和回火冷却速率的减慢，材料的冲击韧度下降；
The impact toughness decreased with decreasing the cooling speed of quench and temper.
凛风冲击-现在冷却从30秒降低到6秒，当然伤害有一些降低。
Howling Blast - Now has a 6 second cooldown, down from 30. Also does slightly less damage.
冷却过程的应力和冲击热应力也将导致材料发生塑性形变，其作用范围超过了热影响区。
The shock stress wave and the stresses associated with cooling can also lead to plastic deformations, and their affected depth extends far beyond the heat-affected zone.
在不同射流角度的错排射流的冷却通道中，大射流从射流孔冲击出来后在通道内形成旋涡，并使旋涡变得更强烈。
In the investigated cooling channel with different Angle stagger jets, the big jets cause swirl flow in the middle of channel and make the swirl flow stronger.
冲击之射：不再造成额外的威胁，持续和冷却时间稍微增加，魔法消耗减少。
Concussive Shot: No longer causes additional threat, duration and cooldown slightly increased, mana cost reduced.
烧结，冷却高压电机采用起动电流冲击小，过渡平稳的液态电阻降压起动。
Sintering, cooling high-voltage motors used starting current impact of small, smooth transition of liquid resistance buck starter.
对叶片弦中区内部有、无冲击射流的气膜出流冷却方式中，冷气侧气膜孔局部换热特性进行了实验研究。
Experimental investigation of the turbine blade local heat transfer characteristics at the inner side of the mid-chord region near film holes was conducted, with and without impingement cooling.
本文研究了固溶时效后不同冷却方法对铜镍铍合金的硬度、电导率和冲击韧性的影响。
The effect of cooling regime after solid solution and aging treatment on hardness, electrical conductivity and impact toughness was investigated for Cu-Ni-Be alloy.
要使中厚板淬火控冷装置获得最佳的冷却能力，必须要保证冲击射流可以穿透钢板表面的滞留水层。
To make quenching and control cooling equipment of plate achieve optimum cooling performance, it is necessary to ensure the impinging jet able to penetrate through the water layer deposited on plate.
铸钢作为冷却壁的材料具有良好的冲击韧度和耐热疲劳性能，并且结构上完全去除了球墨铸铁冷却壁的防渗碳涂层和冷却水管与本体之间的间隙热阻。
Cast steel cooling stave has favorable impact toughness and cyclic-temperature loading fatigue, and it has no thermal resistance of coat and gas gap witch exist in ductile iron cooling stave.
通过交替加热及冷却试验测试该陶瓷涂层的抗热冲击性能，并与其他人的研究数据进行比较。
Resistance to heat shock of the obtained ceramic coating was tested by alternate heating and cooling experiments, and was compared with those obtained by other researchers.
回火温度偏低及回火冷却速度偏缓等，是零件冲击韧度不足的另一原因。
The other reasons were lower tempering temperature and slower temper cooling rate.
冷却速度快，试样产生的热应力大，导致冲击韧性及冷弯性能降低。
The higher the cooling rates, the greater the thermal stress, and the lower the toughness and the cold bending property of test sample.
从热耗散的角度来看，将液体以射流冲击的形式直接应用于电子器件的冷却，有其独特的优点。
From the aspect of heat dissipation, the liquid directly applied in cooling the electronic devices in the form of jet impingement has its unique advantages.
测定了S15A钢经同一温度奥氏体化不同速度冷却处理后的冲击韧性。
The impact strength of S15A steel austenitized at the same temperature but cooled at different rate was determined.
缸套穴蚀主要是由机体的高频振动和冷却水的高压冲击而引起。
Cavitation erosion is caused by high frequency vibration of engine body and high pressure impulse of coolant.
燃烧室迷宫复合冷却结构是一种集冲击、对流换热和近似发散冷却于一身，结构合理，冷却效率高，具有创新性的新型冷却结构。
A combustors maze composite cooling structure is an innovative and highly efficient cooling structure that integrates impingement, convection heat exchange and approximate perspection cooling.
同时，运用流体力学原理，对冷却管路系统进行了理论计算，得到了喷嘴出口处的水流速度以及作用于钢板表面的冲击压力。
The impact pressure on the surface of product and the flowing velocity were calculated by hydromechanics theory, and the calculatio.
机油的振荡冲击对冷却油腔顶部和底部的强化换热明显高于侧壁。
The enhanced heat transfer of cooling gallery top and bottom caused by oil oscillating and impingement is higher than side walls.
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