By combining forward and reverse reaction rates, a significant gain in computational efficiency is achieved.
The anodic peaks that are centered at 1.1, 1.4, and 1.9 V are related to the de-alloying reaction (reverse reaction of Eq. 2) and the formation of Sb2S3 (reverse reaction of Eq. 1) [15, 15].
The first anodic scanning gives two oxidation peaks that are stably centered at 0.78 and 1.33 V, resulting from the de-alloying reaction (reverse reaction of Eq. 4) and conversion reaction (reverse reaction of Eq. 3), respectively [15, 55].
In the discharge process, reverse reaction occurs.
The violet-blue emission occurs via the reverse reaction.
The reverse reaction is first-order in secondary butyl alcohol.
What are the kinetics of the reverse reaction of 4 to give 2 at 175K? 2.
It might be due to the oxidation of shikimic acid to dehydroshikimate by reverse reaction.
However, the reverse reaction was not considered for CO2 capture until 1998 [21].
Enzymes of this family catalyze either ATP synthesis or its reverse reaction, ATP hydrolysis.
The charge curve shows a plateau at ~1.2 V due to the reverse reaction [14].
