1) slow rarefied gas flows
低速稀薄流动
3) rarefied gas flow
稀薄气体流动
1.
Effect of denseness on the similarity between micro and rarefied gas flows;
稠密性对微尺度与稀薄气体流动相似性的影响
2.
This paper reviews firstly method for treating low speed rarefied gas flows: the linearized Boltzmann equation method , the Latice Boltzmann method (LBM), the Navier-Stokes equation plus slip boundary conditions and the DSMC method, and discussed the difficulties in simulating low speed transitional MEMS flows, especially the internal flows.
首先综述了处理低速稀薄气体流动的一些方法：线化Boltzmann方程方法、Lattice Boltzmann方法(LBM)、加滑移边界的Navier-Stokes方程、以及DSMC方法,并讨论它们在模拟MEMS中过渡领域低速流动特别是内部流动所遇到的困难,其中表明了LBM现有方案不适合模拟过渡领域中的MEMS流动问题。
4) rarified flow
稀薄流
1.
Considering the general nonlinear Boltzmann equation,a uniform algorithm has been developed to simulate rarified flows at a wide Knudsen number range numerically.
从一般非线性Bo ltzm ann方程出发,发展并实现了一套适于大范围K nudsen数稀薄流问题数值模拟的统一算法。
5) thin fluid,thin fluids
稀薄流体
6) very low speed flows
极低速流动
补充资料：稀薄
1.稀少﹐淡薄;密度小﹐不浓厚。
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