Exact(5)
A number of reaction processes undergo yield drops since an intermediate target species can further react with one of the reactants generating lower volatility by-products.
In the fine chemical and pharma industry a number of reaction processes undergo selectivity losses since the target product (typically a low volatility compound) can further react with one of the reactants leading to by-products that must be separated from the target product itself and finally disposed as wastes.
To date, biochemical databases storing information on metabolites and relevant processes undergo purely manual curation.
Grunwald and Steel have shown that all of these processes undergo major changes in the activation enthalpies and entropies, involving hydrogen bonding-directed solvation.
There is partial concordance between GO categories between the transcript profiles of young flies before and after mating and young and aged virgin flies, indicating that some biological processes undergo specific post-mating or aging-related changes in transcript abundance levels, whereas others reflect post-mating changes that would occur later in the lifespan in the absence of mating.
Similar(55)
Specifically, continuous particulate processes undergoing particle aggregation and/or growth are examined.
The continuous and discrete processes undergoing in several steady-state fluidization systems with occurrent, countercurrent and crosscurrent contact are analysed.
The thermodynamic processes undergone by the working fluid are shown in a pressure-enthalpy, P-h diagram.
The present study provides a comprehensive investigation on the solution of the dynamic population balance equation (PBE) for particulate processes undergoing simultaneous particle nucleation, growth and aggregation.
The general PBE was numerically solved using the Galerkin on finite elements method (GFEM) for particulate processes undergoing simultaneous particle aggregation, growth and nucleation.
The numerical techniques are used to solve the dynamic population balance equation of various test problems as well as industrial crystallization processes undergoing simultaneous nucleation and growth.
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