dehydrogenations

catalytic dehydrogenations are crucial for producing various chemicals.

selective dehydrogenations can improve reaction efficiency.

the study investigated the mechanism of platinum-catalyzed dehydrogenations.

understanding dehydrogenations is vital for designing new catalysts.

gas-phase dehydrogenations are often used in industrial processes.

researchers explored novel catalysts for alkane dehydrogenations.

the yield of dehydrogenations depends on reaction conditions.

homogeneous dehydrogenations offer unique advantages in some cases.

heterogeneous dehydrogenations are more common in industry.

detailed kinetic studies of dehydrogenations are ongoing.

computational modeling aids in understanding dehydrogenations.

the efficiency of dehydrogenations is affected by mass transfer limitations.