1) virtual medium
虚拟介质
2) quasi-multiple medium
虚拟多介质
1.
Processing single dielectric as a combination of many quasi-multiple mediums,the QMM method produces much fewer non-zero entries in the coefficient matrix.
本文提出一种基于直接边界元方法的虚拟多介质 (Quasi MultipleMedium ,QMM)加速方法 ,并将它应用于三维VLSI多介质互连电容的计算中 。
3) quasi multiple medium (QMM) cutting
虚拟多介质切割
4) VMAC
虚拟介质访问控制
5) virtual mass
虚拟质量
1.
The virtual mass of the spring was brought out firstly and the dynamic model was established sequentially.
首先确定多股螺旋弹簧的虚拟质量,建立了多股螺旋弹簧的动态模型。
2.
The virtual mass method , the method of setting up model of shell, circumferential stiffening ribs and coupling the wedge link mechanism by finite element, and the method of load on concentrated load is emphatically discussed.
着重介绍虚拟质量法,壳体、环向加强筋、楔环联结方式的有限元建模简化方法以及集中载荷的有限元加载处理方法。
3.
Employing the concepts of generalized centroid and virtual mass, the dynamic process of peginhole assembly is analyzed.
分析了插轴的动力学过程，并采用了广义质心和虚拟质量的概念推导出成功插轴时ＤＲＣＣ的质量特性。
6) fictitious medium
虚拟媒质
1.
Evaluation of cable parameters in tunnels by coupling the finite volume and fictitious medium methods;
地下电缆参数的有限体元与虚拟媒质耦合分析方法
补充资料：多介质深层过滤器
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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