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Following this, a maximal conversion of 68% α-pinene and 44% yield in verbenol were achieved over 24 h.
In the stationary reaction period achievable in 1 6 h after beginning of reaction, depending on texture characteristics of catalysts, maximal conversion of EB and minimal rate of accumulation of carbon deposits are observed over catalyst surface.
The optimum operating temperature was recorded at 140 °C, based on the maximal conversion of PME to trimethylolpropane ester (TE) achieved and the reaction was found to follow a second order reaction with 99.6 kJ/mol as the total activation energy required.
In order to reach a maximal conversion of methacrylate groups, using a minimal amount of KPS and TEMED, the aim of this work was to study the polymerization kinetics as a function of the reaction parameters, e.g. the KPS or TEMED concentrations, the degree of methacrylate substitution (DS), temperature, the polymer concentration in both phases and the volume ratio of the phases.
A maximal conversion of 63.13 % was predicted by the model with a set of reaction conditions suggested: 420 mg enzyme, 2.3 1 VL/Glc M ratio, 70 °C.
The results obtained in the in vitro study using ampoule model represent the maximal conversion of 7-DHC to previtamin D3 and vitamin D3.
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An interesting observation is derived by our calculation of the theoretically maximal conversion rate of starch-derived carbon into biomass at night.
With the decrease of Zn content, the conversion efficiency gradually increased and the maximal conversion efficiency of 2.01% was obtained in the ZnO/CdSe nanowire cell, corresponding to an open-circuit voltage (Voc) of 0.58 eV and J sc of 8.75 mA · cm−2.
These numbers show the theoretical maximal conversion rate of starch carbon into biomass carbon which will likely not reflect the real situation.
As a result, the ZnO/CdSe nanowire cell acquired the maximal conversion efficiency of 2.01%.
A maximal conversion efficiency of 2.01% was achieved in ZnO/CdSe nanowire cell.
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