This paper considers the influence of motion of the medium (account of convective terms in the heat conduction equations) on the photophoresis of a large aerosol spheroidal particle at small relative temperature drops in its vicinity. It has been shown that at a fixed ratio of semiaxes with increasing intensity of the incident radiation the total contribution of the medium motion leads to a monotonic decrease in the rate of photophoresis, whose degree depends on the equatorial radius of the spheroidyesBelgorod State Universit
The present study is concerned with the absorption center of photophoresis within a micro-sized and ...
The photophoretic force is described by a comprehensive model containing aspects of both the optical...
Aims. Photophoretic motion of dust agglomerates can play a role for the re-distribution and mixing o...
yesThis paper considers the influence of motion of the medium (account of convective terms in the he...
This paper describes a theoretical study of the steady motion of a large solid nonvolatile aerosol s...
A theoretical description of the steady-state motion of a large solid aerosol spherical particle mov...
Steady-state motion of a moderately large solid aerosol spherical particle electromagnetically irrad...
The steady motion of a spheroidal aerosol particle with inner nonuniformly distributed heat sources ...
The thermophoresis of a spheroidally shaped aerosol particle at small relative temperature differenc...
yesSteady motion of spheroidal aerosol particle with inner nonuniformly distributed heat sources th...
The study deals with photophoresis of a spherical micro-particle suspended in absorbing gaseous medi...
The results of a theoretical analysis of the photophoretic motion of soot particles in the field of ...
The steady motion of a nonuniformly heated spherical aerosol particle through a viscous gaseous medi...
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...
The present study is concerned with the absorption center of photophoresis within a micro-sized and ...
The photophoretic force is described by a comprehensive model containing aspects of both the optical...
Aims. Photophoretic motion of dust agglomerates can play a role for the re-distribution and mixing o...
yesThis paper considers the influence of motion of the medium (account of convective terms in the he...
This paper describes a theoretical study of the steady motion of a large solid nonvolatile aerosol s...
A theoretical description of the steady-state motion of a large solid aerosol spherical particle mov...
Steady-state motion of a moderately large solid aerosol spherical particle electromagnetically irrad...
The steady motion of a spheroidal aerosol particle with inner nonuniformly distributed heat sources ...
The thermophoresis of a spheroidally shaped aerosol particle at small relative temperature differenc...
yesSteady motion of spheroidal aerosol particle with inner nonuniformly distributed heat sources th...
The study deals with photophoresis of a spherical micro-particle suspended in absorbing gaseous medi...
The results of a theoretical analysis of the photophoretic motion of soot particles in the field of ...
The steady motion of a nonuniformly heated spherical aerosol particle through a viscous gaseous medi...
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...
The present study is concerned with the absorption center of photophoresis within a micro-sized and ...
The photophoretic force is described by a comprehensive model containing aspects of both the optical...
Aims. Photophoretic motion of dust agglomerates can play a role for the re-distribution and mixing o...