Sentence examples for solid attrition from inspiring English sources

The difference in SO2 capture behavior between continuous solid attrition and intermittent attrition was investigated.

Mathematical models of SO2 capture by uncalcined limestone (CaCO3) particles with solid attrition were compared under pressurized fluidized bed combustion conditions.

The reaction rate for intermittent solid attrition was found to be lower than that for continuous attrition mode under low SO2 concentration conditions.

A mathematical model of SO2 capture by uncalcined limestone particles with solid attrition under pressurized fluidized bed combustion conditions was developed based on the shrinking unreacted-core model.

True countercurrent motion is thus replaced by a periodic motion, while overcoming the problems of solids handling and attrition inherent in moving bed operations, as well as avoiding the flow channeling that would be attendant with scaleup to large column diameters.

The results showed that hydrodynamic shear alone as a characteristic function of impeller type and speed has a very limited effect on the bacterial cells during mixing in STRs, but mechanical damage to bacterial cells occurs, to a most significant extent, via the attrition by solid particles promoted by the intensity of agitation.

The main causes of catalyst deactivation in cobalt based FTS as they appear in the literature are poisoning, re-oxidation of cobalt active sites, formation of surface carbon species, carbidization, surface reconstruction, sintering of cobalt crystallites, metal support solid state reactions and attrition.

A mechanistic model of impact attrition of particulate solids, having a semi-brittle failure mode, has been developed.

A solid state mechanism for improving the attrition resistance of alumina based catalyst supports for Fischer Tropsch synthesis is reported.

The model considers initial pore size distribution of solid reactant, pore structure change and attrition caused by particles movement.

The model utilizes an Eulerian Eulerian approach for the gaseous and particulate phases coupled with the kinetic theory of granular flow and a novel attrition model connecting the solid phase properties and the granular temperature with the breakage rate.