Heat transfer—a review of 1993 literature

Wetting and evaporation of a sessile drop under an external electrical field: A review

“…where m is the mass of the drop, R is the wetting radius, t is the time, c s is the saturate concentration of vapour at the drop interface, c ∞ is the concentration of vapour in the air and f(Â) is a function of the contact angle. The effect of a static electric field is of great interest in many applications, including mass and heat transfer [12,13], particle manipulation [14], coating [15] and drying [16]. Indeed, the generation of an electric field is a cost-effective solution due to its low power consumption.…”

Electric Forces

“…The effect of a static electric field is of great interest in many applications, including mass and heat transfer (Bologa et al, 1985;Eckert et al, 1996), particle manipulation (Liu et al, 2008), coating (Mugele and Baret, 2005), and drying (Ahmedou and Rouaud, 2009). The effect of a static electric field is of great interest in many applications, including mass and heat transfer (Bologa et al, 1985;Eckert et al, 1996), particle manipulation (Liu et al, 2008), coating (Mugele and Baret, 2005), and drying (Ahmedou and Rouaud, 2009).…”

Particle scale studies of heat transfer in a moving bed

“…The multiphase flow and heat transfer significantly influence reactor performance. To achieve optimal design and control of such moving bed reactors, it is important to understand the mechanisms of gas-solid flow and heat transfer characteristics [5].…”