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The effects of various reaction parameters were studied to validate kinetic model.
The effects of various reaction conditions, including reaction time, temperature, enzyme loading, substrate molar ratio and water activity, were investigated.
The effects of various reaction conditions on the production of sorbitol and mannitol were investigated in detail.
The effects of various reaction variables on the catalytic activity were investigated systematically and the optimized reaction conditions were screened as (130 °C, 1 MPa and 5 h).
Response surface methodology (RS M was applied to optimize the synthesis of benzaldehyde glycol acetal and the effects of various reaction conditions.
The effects of various reaction conditions, including temperature, enzyme loading, substrate molar ratio of benzyl alcohol to cinnamic acid, and reaction time, are investigated.
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Effect of various reaction parameters on conversion and selectivity was studied to establish kinetics and mechanism.
The effect of various reaction parameters, such as temperature and concentration for the synthesis of the nanostructures were studied.
The effect of various reaction parameters such as H2O2/substrate molar ratio, reaction temperature, solvent and catalyst concentration was systematically studied.
The effect of various reaction parameters such as substrate/H2O2 molar ratio, reaction temperature, catalyst concentration, stirring speed and the dilution level was also studied.
The effect of various reaction parameters on the activity and selectivity is studied over H-Beta and results are compared with H-Y and H-ZSM-12.
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