The numerical modeling of the moving interface is one of the most important problems in CFD.
运动界面的数值模拟是计算流体力学中的重要课题之一。
Equivalent latent heat was adopted to determine liquid quantity and solid-liquid identity was adopted to solve moving interface between molten and solid region.
采用等效比热法来确定液相分数，假定固液相等同区来解决工件熔化区与非熔化区的移动边界。
The relativistic transforms of electromagnetic field components are utilized, and the relationships between electromagnetic field components on moving interface are derived.
直接利用电磁场场量的相对论变换，得出了运动分界面处电磁场的边值关系。
The relativistic transforms of electromagnetic field components are utilized, and the relationships between electromagnetic field components on moving interface are derived.
直接利用电磁场场量的相对论变换，得出了运动分界面处电磁场的边值关系。
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