Correlation of thermophoretically-modified small particle diffusional deposition rates in forced convection systems with variable properties, transpiration cooling and/or viscous dissipation

Effects of heat generation/absorption and thermophoresis on hydromagnetic flow with heat and mass transfer over a flat surface

“…All of these investigators produced numerical solutions for the flow and temperature fields and then obtained the particle deposition rate in the presence of thermophoresis. Gokoglu and Rosner (1984a) and Tsai (1999) reported correlations for predicting the deposition rate in the presence of thermophoresis. Jia et al (1992) investigated numerically the interaction between radiation and thermophoresis in forced convection laminar boundary-layer flow.…”

Thermophoretic Velocity of a Small Nonevaporating or Evaporating Particle in a High-Temperature Diatomic Gas

“…After all the small terms of higher order, such as those containing S j 2 , S j q* j , S j 3 , and so on, are neglected, Eq. [1] can be well approximated by [3] in which…”

Research on thermophoretic and inertial aspects of ash particle deposition on heat exchanger surfaces in coal-fired equipment

“…If successful, we will ultimately be able to recommend economical 'subroutines' (compatible with practical requirements of global computer codes, recent deposition research results and cumulative empirical observations) to predict the evolution of wall deposits for, say, design studies of coal-fired furnaces and boilers (see, e.g., Gokoglu and Rosner, 1984).…”