分析钉柱高度、基座高度、钉柱个数和钉柱直径等几何参数对叉指式散热器综合散热性能的影响。
The heat transfer performance which effected by the main geometrical parameters such as the height of circular pin, the base height o.
分析了两个接触处的界面热阻率对慢波结构散热性能的不同影响。
The effect of the thermal resistance at two interfaces on heat dissipation capability of the SWS is analyzed.
然而翅片高度、翅片夹角和管排间距则对翅片管的散热性能影响很大，分别存在最优的几何尺寸。
However the fin height, fin Angle and distance of finned tube have the large influence to the finned tube heat, all of them exist the optimal geometrical dimensions.
研究了强制风冷中空气入口侧三角形肋片边缘形状对散热器换热性能和流动阻力的影响。
The effects of the air incoming velocity and the heat sinks structure on the comprehensive performance were investigated.
运用所编程序分析了散热器结构参数与材质对散热器流动阻力与散热性能的影响。
Effects of the geometric structure and thermal conductivity of the louvered fins on heat transfer and air flow friction in the radiators are evaluated in virtue of the computation program.
研究了空气流动速度、肋片排列方式以及几何尺寸对散热器综合换热性能的影响，并且以最小化F为目标函数优化了散热器。
The influence of air velocity, heat sink configuration and dimension on the heat transfer performance is studied. Minimum F is considered as objective function to optimize the heat sink.
所得出的翅片式结构尺寸参数对散热器散热性能的影响规律，为指导以后翅片式散热器的设计提供参考依据。
Obtain the law of how structure size Parameters affect the heat radiating, it can also provide some reference for the design of new fin heat sink.
所得出的翅片式结构尺寸参数对散热器散热性能的影响规律，为指导以后翅片式散热器的设计提供参考依据。
Obtain the law of how structure size Parameters affect the heat radiating, it can also provide some reference for the design of new fin heat sink.
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