1) compressible dense gas-solid flow
可压稠密气固两相
1.
A two-fluid model of compressible dense gas-solid flow was proposed based on the kinetic theory of dense gases and granular flow concerning with the effect of the compressibility of gas phase.
基于稠密气体分子运动论和颗粒动理学,建立可压稠密气固两相流动模型。
2) dense particle-gas two-phase
稠密气固两相流
1.
Activities of dense particle-gas two-phase flow modeling in Eulerian-Lagrangian approach;
稠密气固两相流欧拉-拉格朗日法的研究现状
3) dense gas-solid two-phase flow
稠密气固两相流动
1.
In this paper a simulation of the dense gas-solid two-phase flow in circulating fluidized bed reactor (CFB) has been performed in the frame of Eulerian approach.
运用描述颗粒相内部作用力的离散介质动力理论和“双流体”欧拉方法对循环流化床中 的稠密气固两相流动进行了数值模拟，并专门研究了颗粒边界条件对其在近壁区浓度分布的影 响，探讨了产生畸变的机制；比较和检验了相关的理论模型。
4) dense particle-gas two-phase reacting flow
稠密气固两相反应流
1.
A simulation method of dense particle-gas two-phase reacting flow in the mixed Eulerian-Lagran-gian approach is proposed, and the comprehensive model covers the two-phase turbulent flow, heat transfer and chemical reactions.
提出了采用欧拉坐标和拉格朗日坐标相结合研究稠密气固两相反应流的方法,建立了稠密两相反应流中两相运动、传热、化学反应的模型与算法,采用该模型与算法研究了循环流化床排烟脱硫装置内的两相反应过程,得到了详细合理的计算结果。
5) dense liquid solid two phase flow
稠密液固两相流
6) dense liquid-particle two-phase flow
稠密固液两相流
1.
A new formula for evaluating the mean velocity gradient G of dense liquid-particle two-phase flow in pipes was derived based on the mixing length theory of turbulent flows, which proved valid for the hyper-concentrated turbulent flow in pipes.
通过对前人有关稠密固液两相流管道絮凝过程的研究回顾与分析 ,基于管道中流体运动处于紊动状态这一事实 ,推导出了新的管道中稠密固液两相流体紊动的平均流速梯度 G(即絮凝强度 )的计算公式 ,克服了以往有关教科书存在的物理概念和数学推导方面的缺陷。
补充资料：表气不固
表气不固
表气不固 病证名。即卫气不固。《灵枢·本脏》：“卫气者，所以温分肉，充皮肤，肥腠理，司开合者也。”卫阳虚则不能固表，皮肤腠理疏泄，外邪易侵而成疾。发病时多有怕风、自汗等症。治宜补气固表。
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