At a constant temperature, how does the conversion rate change as the reaction time is increased?
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Dear teachers, at a constant temperature, how does the conversion rate change as the reaction time is increased? Please provide a detailed analysis. Thank you
It is recommended to read \"Reaction Engineering\"; it provides a very detailed and authoritative explanation
Theoretically speaking, there is no direct relationship between conversion rate and reaction time; once a chemical reaction reaches equilibrium, its conversion rate is fixed. I think you should specify what type of reactor is being used. In catalytic reactions, an increase in the reaction residence time generally leads to an increase in conversion rate, but the yield may not necessarily increase. I hope experts can provide some guidance
The conversion rate remains unchanged; reference can be made to the university textbook \"Physical Chemistry\"
A longer reaction time means a lower space velocity; the reaction becomes more intense, resulting in more light components. .
The conversion rate remains unchanged; as time passes, only some components change, but overall the amount obtained stays the same