1) field coordination equation
场协同方程
1.
The field coordination equation for steady laminar convection heat transfer was derived for constant viscous dissipation using the variational method to maximize the heat transport potential capacity dissipation.
在粘性耗散一定的条件下,以热量传递势容耗散取得极值为优化目标,利用变分方法可以导出稳态层流对流换热的场协同方程。
2) Large synergic evolution equation
大协同进化方程
3) field synergy angle
场协同角
1.
The field synergy angles on cros.
以雷诺数小于1000的流体为研究对象进行模拟研究,比较螺旋扁管和螺旋椭圆扁管之间的差别,同时分析2种管横截面的场协同角,并与直扁管和直椭圆扁管进行对比。
4) field synergy
场协同
1.
Mechanism of field synergy for selective absorption enhancement of heat radiation wave;
热辐射能(波)选择性强化吸收的场协同机理
2.
Efficiency study of plate fin heat exchanger with principle of field synergy;
场协同下板翅式换热器效率的研究
3.
An analysis of the circumferential fins tubes heat enhancement with the field synergy principal;
内环肋管道强化换热的场协同分析
5) field synergy principle
场协同
1.
The numerical results were analyzed based on the field synergy principle.
研究了Re(为800~3 000)、涡发生器的冲角(分别为15°、30°、45°、60°、90°)、纵向涡发生器的形状对通道平均Nu和平均阻力系数的影响,并利用场协同原理进行了分析。
2.
The numerical results are analyzed based on the field synergy principle to explain the inherent mechanism of heat transfer enhancement by longitudinal vortex,namely second flow generated by the vortex generators causes the reduction of the intersection angle between the veloci.
计算了Re(为800~2 000)、三角形小翼型涡发生器的冲角(分别为30°和45°)对管-翅表面平均Nu、压降的影响,并利用场协同原理进行了分析。
3.
In the present paper, flow and heat transfer processes under different geometrical structures and different heat flux densities in the porous wick of a CPL evaporator have been numerically studied according to field synergy principle.
本文从场协同的角度分析工质在蒸发器毛细芯中的流动与传热情况,针对不同的蒸发器肋片结构参数、毛细多孔芯厚度以及不同的热流密度进行了数值分析。
补充资料：爱因斯坦引力场方程
见广义相对论。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条