We consider a liquid layer of a finite depth described by Euler's equations. The ice cover is geometrically modeled by a nonlinear elastic Kirchhoff–Love plate. We determine the trajectories of liquid particles under an ice cover in the field of a nonlinear surface ...
百度试题 结果1 题目When solid,liquid and gas are heated,the motion of particles ( )1.speeds up;2.slows down;3.has no changes 相关知识点: 试题来源: 解析 1意思是:当固体,液体,气体相互作用激化,分子运动就会加速.反馈 收藏
The classification of dissimilar particles in a liquid suspension is exploited in many industrial unit operations. To understand and predict fluidization phenomena in general and particle classification in particular, adequate expressions for each of the governing forces鈥攇ravity, buoyancy and drag forces...
1 意思是:当固体,液体,气体相互作用激化,分子运动就会加速.
The earliest work on SDEs was description on the Brownian motion done in Einstein's paper "On the motion required by the molecular kinetic theory of heat of small particles suspended in a stationary liquid". The Brownian motion plays... P Ojha 被引量: 0发表: 2012年 High-pressure and-tem...
A novel particulate sedimentation model in inclined channels of liquid-solid fluidized bed The dynamical characteristics of mineral particles He,Changying,Li,... - 《Powder Technology An International Journal on the Science & Technology of Wet & Dry Particulate Systems》 被引量: 1发表: 2017年 ...
Application of the Results to the Problem of the Diffusion of Particles Suspended in a Liquid in Turbulent MotionIt is the object of this last chapter to illustrate the theoretical formulae by means of some simple examples. Although a full development of the practical aspect of the problem of ...
The infiltration with atmospheric pressure of Dense Non Aqueous Phase Liquid (DNAPL) in a model of porous medium saturated by another liquid is studied when this DNAPL liquid has a contact angle characterizing wetting liquid. The model of the porous medium considered consists of an assembly of ...
The transferring motion of the particle inclusions at the molten metal-liquid slag interface is very important for the optimization of metal refining processes. A mathematical dynamic model based on force analysis was built to simulate the motion of particles close to and at a metal-slag interface...
Brownian motion is a feature of colloidal particles immersed in a liquid-like environment. Usually, it can be described by means of the generalised Langevin equation (GLE) within the framework of the Mori theory. In principle, all quantities that appear in the GLE can be calculated from the ...