A prevailing crystallization phenomenon shows a certain {0 1̄ 1} plane of cubic Co coincides BN filament with an orientation relation of 〈0 1 1〉Co//〈1̄ 2 1̄ 0〉BN and 〈4 5 5〉Co//〈4 1 1̄ 0〉BN.
In dense gas particle flows both (effective) fluid particle and (dissipative) particle particle interactions need to be accounted for because these phenomena, to a large extent, govern the prevailing flow phenomena, i.e. the formation and evolution of heterogeneous structures.
A simplified model is proposed to assess on the prevailing physical phenomena and predictively evaluate the minimum aeration rate to determine no arching discharge flow.
A mathematical model of a solid electrolyte membrane reactor is presented which accounts for the prevailing physical phenomena of the electrochemical partial oxidation of n-butane to maleic anhydride.
The necessity to better describe the most important safety related physical phenomena prevailing in LWRs drive the extensions of current neutronic (N /thermal hydraulic (TH) coupled methodologies.
These diverse nanostructuring characteristics of machining are united by their common origins in the SPD phenomena prevailing in the deformation zone.
This paper reviews the use of discrete particle models (DPMs) for the study of the flow phenomena prevailing in fluidized beds.
This paper reviews the use of direct numerical simulation (DNS) models for the study of mass, momentum and heat transfer phenomena prevailing in dense gas solid flows.
Because the complex sorption/desorption and replacement phenomena cannot be explained by TGA experiments only, additional information from breakthrough experiments in a packed bed reactor was used to correlate the observed total mass change in the TGA cycles to the phenomena prevailing on the sorbent.
In order to model the complex hydrodynamic phenomena prevailing in industrial scale gas solid bubbling fluidised bed reactors and especially the macro-scale emulsion phase circulation patterns induced by bubble bubble interactions and bubble coalescence, a discrete bubble model (DBM) has been developed.
Since it is not feasible to simulate an entire industrial-scale bubble column in full detail from first principles (direct numerical simulations), higher-level models rely on algebraic closure relations to account for the most important physical phenomena prevailing at the smallest length and time scales, while keeping computational demands low.
