The aim is to evaluate the performance of carboxyl-rich graphene oxide in decontaminating leaked unsymmetrical dimethylhydrazine (UDMH).
Utilized carboxyl-rich graphene oxide in combination with Lewis acids and surfactants.
Assessed the inhibition of aqueous UDMH release for emergency disposal applications.
Carboxyl-rich graphene oxide effectively reduces UDMH release with the assistance of Lewis acids and surfactants.
Demonstrated enhanced performance in a controlled environment, indicating promising application for leak emergencies.
Abstract
Carboxyl-rich GO, with tunable 2D structure and surface groups, synergizes with Lewis acids (Fe 3+ , Cu 2+ ) and surfactants to inhibit aqueous UDMH release for emergency energy leak disposal.