Heat Transfer Rate

美 [hiːt trænsˈfɜːr reɪt]英 [hiːt trænsˈfɜː(r) reɪt]
  • 网络热传递速率;热传导率
Heat Transfer RateHeat Transfer Rate
  1. The simulated and experimental results were in good agreement . The heat transfer rate in the adsorber was proved to control the speed of the heat pump cycle .

    计算求解值与实验结果相一致,说明了吸附器中的传热速率控制了热泵循环速度。

  2. Controlled intermittent technology , which could restore the rock temperature cyclically , improve the heat transfer rate of geotechnical , control the attenuation of heat transfer underground effectively .

    可控间歇技术,能够周期恢复岩土温度,提高岩土传热速率,有效控制地下传热衰减。

  3. The results proved the assumption of heat transfer rate controlling .

    说明强化吸附器的传热有利于提高吸附循环速度;

  4. The design error estimation of the heat transfer rate in the heat pipe exchanger

    热管换热器换热量设计误差估算

  5. Study on Transient Heat Transfer Rate and Coefficient of Swirl Chamber Diesel Engine

    涡流室柴油机瞬时传热率和瞬时传热系数研究

  6. Numerical Simulation of Influence of Heat Transfer Rate of Welding Pool on Temperature Fields Based on ANSYS

    基于ANSYS的焊接熔池传热速度对温度场影响的数值模拟

  7. A method for verifying mechanisms of increased stagnation point heat transfer rate in dusty flow

    验证灰尘气体中驻点热流率增大机理的方法

  8. The numerical results show that heat transfer rate obtained by potential capacity dissipation extremum is better .

    数值计算结果表明,势容耗散取得极值时的换热效果优于熵产最小的结果,因此势容耗散极值原理更适合做为对流换热的优化准则。

  9. The emphasis is placed on the predictions of the heat transfer rate on the wall .

    计算的重点放在壁面热流率的预测。

  10. The study of heat transfer rate around complicated configurations in hypersonic flows using NND finite-element method

    高超声速复杂外形热流的NND有限元数值计算方法研究

  11. Under both air cooling and water cooling method , heat transfer rate achieves optimum at filling rate 35 % .

    水冷风冷两种情况下,传热率均在35%充液率时达到最大值;

  12. At low heat transfer rate , they almost reach their peak vaules at the same time .

    传热率较低时两者几乎同时达到峰值,传热率较高时压力峰值略有滞后。

  13. It is a new technology to sinter ceramic materials rapidly by means of the high temperature and high heat transfer rate of plasma .

    利用等离子体的高温和高传热率快速烧结陶瓷材料是一项新技术。

  14. By calculating the transient heat transfer rate , it is found that the performance of operating pressure is closely related to that .

    通过计算瞬时传热率发现,压力变化特性与其密切相关。

  15. Usually , it also causes the wall heat transfer rate to decrease somewhat in the region downstream from the point of separation .

    通常,它也会使分离点下游区间内的壁热交换率有所减少。

  16. Finally , three foundational principles are presented for the optimal design of the fin system with lower flow resistance and higher heat transfer rate .

    在此基础上,提出并理论证明了低阻力高传热的翅片结构的优化设计应遵循的三个基本原则。

  17. Relationship of heat transfer rate and filling rate is obtained , as well as the relationship of velocity and inner diameter , filling rate .

    最后,对脉动热管的传热规律作了初步分析,得出了传热性能与充液率的关系,以及运行速度与管径,充液率的关系。

  18. The oil flow rate distribution curve mainly has an " S " shape , and the heat transfer rate shows a " bathtub " distribution .

    油冷器各层芯片流量分配曲线大致呈S形分布,而换热量分配曲线呈浴盆状分布。

  19. Specially , the fractal channel net with larger dimensions can achieve higher heat transfer rate and lower pumping power on the same analyzed conditions .

    分形维数越高,分形微管道网络散热器的热传递效率将越高,且所需的泵送功率将越低。

  20. In the same conditions the heat transfer rate for counter cross layout is 3 % ~ 4 % higher than that for parallel layout .

    在其他情况相同时,采用逆流布置的换热量约比顺流布置高3%~4%。

  21. It has been found that with the exception of resistance drop the recommended construction has its heat transfer rate and heat transfer factor somewhat improved .

    结果表明,除阻力降外,该结构的传热量和传热系数均有所改善。

  22. The optimized transverse pitch is found to be 11.97 mm , at which the heat transfer rate per unit pumping power is the maximum .

    计算结果表明,当横向管间距为11.97mm时单位泵功换热量最大。

  23. The wet grinding can reduce the grinding zone temperature effectually , which is more availably to material with bigger heat transfer rate .

    湿磨可有效地降低磨削区温度,传热比大的材料受冷却的效果更明显。

  24. The influence characterization has been done for the variation of fill ration , heat transfer rate , non-condensable gas and inclination angle .

    通过实验研究了其传热特性与充液率、加热功率、不凝性气体、倾角等影响因素的关系。

  25. And the relations between heat transfer rate and charging ratio , cooling , method , relative position of heating end and cooling end etc was investigated ;

    研究了其传热性能与充液率,冷却方式,加热端与冷却端相对位置等各种因素的关系;

  26. The numerical and analytic results show that the heat transfer rate obtained by potential capacity dissipation minimization is better than that by entropy generation minimization .

    数值计算和理论分析的结果表明,根据最小传递势容耗散原理得到的结果优于最小熵产原理得到的结果。

  27. Numerical results indicate that there is an optimum mass fraction of multiple PCMs for the LTES system to reach the maximum heat transfer rate .

    结果表明,对于组合式相变材料储热系统,存在着最优组分配比,使得系统的储热性能达到最佳。

  28. It is analyzed that the thermal and chemical model have a effect on the shock detached distance , heat transfer rate , the distributions of temperature and density .

    分析了各种气体模型对激波脱体距离、壁面热流、温度分布和密度分布等的影响。

  29. Meanwhile , experience formulas for the calculation of heat transfer rate and surface temperature of single thermosyphon were fitted by a plenty of test data . 2 .

    此外,拟合实验数据得到了计算热管传热量和冷凝段壁面温度的经验公式。

  30. From the perspective of improving tobacco 's drying properties , it is suggested that the air flow and heat transfer rate should he increased in the constant rate period .

    因而在保证烟丝干燥质量的前提下,应该改善流动和传热条件,争取在恒速阶段就把烟丝干燥到工艺要求。