Air -, spray - and conduction cooling build options are possible to allow deployment in the harshest military and aerospace environments.
空气、喷雾和传导冷却方案让它们可在恶劣的军事航空航天环境中部署运行。
The quench model under the condition of conduction cooling system was established and the quench propagation properties were studied by using numerical simulation method.
建立了导热冷却条件下的超导带失超模型，用数值模拟的方法来研究超导带的失超传播特性。
The two dimensional heat conduction model is used to compute the time that the plate cooling to setting temperature.
使用二维热传导模型计算钢板冷却到目标温度需要的时间。
The thermal problems related with MCM are discussed, which are solved by developing an enhanced internal thermal conduction paths and an external cooling system.
与此有关的热问题，通过在封装中改善内部热传导路径以及改进外部冷却技术而得到解决。
For thermal management, ANSYS Icepak software provides system-level CFD simulation including conduction, radiation, and natural and forced-air cooling.
对于热管理，ANSYSIcepak软件提供了系统级CFD的模拟，包括传导、辐射、以及自然和强制风冷。
For thermal management, ANSYS Icepak software provides system-level CFD simulation including conduction, radiation, and natural and forced-air cooling.
对于热管理，ANSYSIcepak软件提供了系统级CFD的模拟，包括传导、辐射、以及自然和强制风冷。
应用推荐