Ganesan Narsimhan

TL;DR: In this article, the authors verify the applicability of the similarity theory in the presence of rate processes in droplets in liquid-liquid dispersions and show that it can be applied more universally if the breakage frequencies do not strongly depend on the transfer rates between the dispersed particles and the containing medium.

TL;DR: In this article, the kinetics of decomposition of iron pyrites were investigated using well compacted cylinders decomposing in a turbulent stream of nitrogen, and the zeroth-order reaction rate constant has been obtained as: k1 = 12.57 exp(−22,58O/RTp) by correlating the ratio of reaction times to achieve a predetermined conversion of 0.80 for two pellet sizes with reaction temperature in a range of 770° to 1120°K, it is found that below 770°K the decomposition process is reaction-controlled

TL;DR: Light scattering and microscopy showed that the emulsions prepared with larger, untreated microgels possessed a larger initial droplet size, but were resistant to droplet growth during storage or after acidification, increased ionic strength, and exposure to surfactants.

TL;DR: In this paper, equilibrium swelling of 8-wt % suspension of waxy (WMS) and normal (NMS) maize, waxy(WRS), and normal(NRS) rice when heated to 80-°C at different sucrose concentrations (0-30 wt %) were characterized.

TL;DR: In this paper, the average dissociation time of a doublet has been determined as a first passage time in the energy of the relative motion of the two constituent particles, i.e., the sticking probability in terms of the depth of the interaction potential well.