The flow field and the flow rate of a gas in a two-dimensional plane pore of finite length are found numerically over a broad interval of Knudsen numbers with allowance for condensation on the walls. © 1988 Plenum Publishing Corporation
Understanding gas transport in subsurface systems is necessary for the successful application of inn...
Numerous biochemical and chemical separation and reaction systems have low Reynolds and high Peclet ...
Paper describing a procedure for calculating wall distance in arbitrary geometrics. Methods for simu...
We examine the flow of a rarefied gas through a broad range of Knudsen numbers under the action of s...
An alternative procedure for the calculation of impingement rate distribution and simultaneously the...
SIGLEAvailable from British Library Document Supply Centre-DSC:DXN042540 / BLDSC - British Library D...
Based on the method of direct statistical simulation, a physical-mathematical model has been develop...
The problem of the flow through an orifice is a very interesting one in fluid mechanics, as it promi...
SIGLEAvailable from British Library Document Supply Centre-DSC:DXN050568 / BLDSC - British Library D...
An alternative procedure for the calculation of impingement rate distribution and simultaneously the...
Mass transfer to or from transpiring walls is studied. Examples from different fields of engineerin...
A new numerical model of gas filtration in a porous medium is proposed and investigated. Gas filtrat...
The flow of a rarefied gas in a rectangular enclosure due to the motion of the upper wall is solved ...
La réussite du développement de vols spatiaux de longue durée, ainsi que de l établissement de stati...
Problem of mass transport of oxygen is considered in a soil whose upper surface is open to air at at...
Understanding gas transport in subsurface systems is necessary for the successful application of inn...
Numerous biochemical and chemical separation and reaction systems have low Reynolds and high Peclet ...
Paper describing a procedure for calculating wall distance in arbitrary geometrics. Methods for simu...
We examine the flow of a rarefied gas through a broad range of Knudsen numbers under the action of s...
An alternative procedure for the calculation of impingement rate distribution and simultaneously the...
SIGLEAvailable from British Library Document Supply Centre-DSC:DXN042540 / BLDSC - British Library D...
Based on the method of direct statistical simulation, a physical-mathematical model has been develop...
The problem of the flow through an orifice is a very interesting one in fluid mechanics, as it promi...
SIGLEAvailable from British Library Document Supply Centre-DSC:DXN050568 / BLDSC - British Library D...
An alternative procedure for the calculation of impingement rate distribution and simultaneously the...
Mass transfer to or from transpiring walls is studied. Examples from different fields of engineerin...
A new numerical model of gas filtration in a porous medium is proposed and investigated. Gas filtrat...
The flow of a rarefied gas in a rectangular enclosure due to the motion of the upper wall is solved ...
La réussite du développement de vols spatiaux de longue durée, ainsi que de l établissement de stati...
Problem of mass transport of oxygen is considered in a soil whose upper surface is open to air at at...
Understanding gas transport in subsurface systems is necessary for the successful application of inn...
Numerous biochemical and chemical separation and reaction systems have low Reynolds and high Peclet ...
Paper describing a procedure for calculating wall distance in arbitrary geometrics. Methods for simu...
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