dehydrogenated

the dehydrogenated nickel catalyst showed improved activity.

we dehydrogenated the cyclohexane to benzene using a platinum catalyst.

the dehydrogenated product was carefully purified by distillation.

dehydrogenated hydrocarbons are important feedstocks for the petrochemical industry.

the reaction requires a dehydrogenated intermediate for successful conversion.

the dehydrogenated form of the molecule is more reactive.

we studied the kinetics of the dehydrogenated reaction in detail.

the dehydrogenated compound exhibited unique spectroscopic properties.

selective dehydrogenation is crucial for maximizing product yield.

the dehydrogenated state of the complex was stabilized by ligands.

catalytic dehydrogenation offers a sustainable route to valuable chemicals.