Smoke, dust, and haze

By S. Friedlander. 2000

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The Mobility of Fractal Aggregates: A Review (2011, methodology): “Then f = 6πηRm/C (Kn) [12] for all Kn where C(Kn) is the Cunningham slip correction factor which is a function of the Knudsen number Kn (Friedlander 2000).”
Do nanoenergetic particles remain nano-sized during combustion? (2014, methodology): “Since the coated particles are in the liquid state, the fusion takes place through viscous flow and the characteristic fusion time can be computed using Frenkel law [29] as Fig.”
A Simple Numerical Algorithm and Software for Solution of Nucleation, Surface Growth, and Coagulation Problems (2003, methodology): “These asymptotic distributions are independent of time when plotted in a nondimensional form as shown by Friedlander (2000) and are termed as “self-preserving distributions”(SPD).”
Microparticle detachment from surfaces exposed to turbulent air flow: controlled experiments and modeling (2003, background): “The drag force is modeled as Stokesian (because the microparticles are embedded completely within the viscous sublayer) and modi:ed for wall (O’Neill, 1968) and slip (Friedlander, 1977) e8ects”
Coagulation-Fragmentation Processes (2000, background): “We refer to [8] for an extensive survey of the various models and their derivations, and for a description of the mathematical results during the rst three quarters of this century, as well as to [10].”