The physical scales of velocity, length, time, thermal gradient magnitude likely to be involved in gas-solid multiphase flight experiments are assessed for 1-100 micron particles
Measurements of the thermophoretic velocities of aerosol particles (paraffin) in different carrier g...
We consider the linearized form of the regularized 13-moment equations (R13) to model the slow, stea...
Measurements of thermo- and diffusio-phoretic velocities of aerosol particles (carnauba wax, paraffi...
.Small particles suspended in non-isothermal gas and/or in an isothermal gas mixture with concentrat...
Study has been made of the motion of single particle and of group of particles, emphasizing solid pa...
When materials are processed in free fall, buoyant forces will be substantially reduced. Thus, the b...
The velocity of thermal repulsion of large aerosol particles has been calculated by others by equati...
Experiments were conducted on the motion of micron-size, spherical latex particles in stagnant liqui...
The primary reason for conducting many materials science experiments in space is to minimize or elim...
A systematic numerical analysis is carried out on the multiplicity of patterns produced by inertial ...
The steady motion of a nonuniformly heated spherical aerosol particle through a viscous gaseous medi...
A ground-experiment study on the motions of solid particles in liquid media with vertical temperatur...
Turbulent gas flows laden with small, dense particles are encountered in a wide number of important ...
The presence of particles in supersonic flows can cause significant increases in stagnation point he...
We consider the linearized form of the regularized 13-moment equations (R13) to model the slow, stea...
Measurements of the thermophoretic velocities of aerosol particles (paraffin) in different carrier g...
We consider the linearized form of the regularized 13-moment equations (R13) to model the slow, stea...
Measurements of thermo- and diffusio-phoretic velocities of aerosol particles (carnauba wax, paraffi...
.Small particles suspended in non-isothermal gas and/or in an isothermal gas mixture with concentrat...
Study has been made of the motion of single particle and of group of particles, emphasizing solid pa...
When materials are processed in free fall, buoyant forces will be substantially reduced. Thus, the b...
The velocity of thermal repulsion of large aerosol particles has been calculated by others by equati...
Experiments were conducted on the motion of micron-size, spherical latex particles in stagnant liqui...
The primary reason for conducting many materials science experiments in space is to minimize or elim...
A systematic numerical analysis is carried out on the multiplicity of patterns produced by inertial ...
The steady motion of a nonuniformly heated spherical aerosol particle through a viscous gaseous medi...
A ground-experiment study on the motions of solid particles in liquid media with vertical temperatur...
Turbulent gas flows laden with small, dense particles are encountered in a wide number of important ...
The presence of particles in supersonic flows can cause significant increases in stagnation point he...
We consider the linearized form of the regularized 13-moment equations (R13) to model the slow, stea...
Measurements of the thermophoretic velocities of aerosol particles (paraffin) in different carrier g...
We consider the linearized form of the regularized 13-moment equations (R13) to model the slow, stea...
Measurements of thermo- and diffusio-phoretic velocities of aerosol particles (carnauba wax, paraffi...