Sentence examples for oxide decomposition from inspiring English sources

Ion current densities governed by the Cabrera Mott equation in high electric field theory are formed by ion migration within the oxide as well as across the metal/oxide (m/o) and oxide/electrolyte (o/e) interfaces, and the movements of the m/o and o/e interfaces due to oxidation and electric field assisted oxide decomposition, respectively, are governed by Faraday's law.

The peculiar electrophilic behaviour of active oxygen formed over Fe-ZSM-5 zeolites upon nitrous oxide decomposition has been investigated in toluene oxidation.

Iron containing ZSM-5 zeolites is extremely active in nitrous oxide decomposition.

A good correlation has been found between the concentration of surface sites active in low-temperature nitrous oxide decomposition and the concentration of low-spin (S= 12) nitrosyl complexes of Fe formed after adsorption of NO molecules.

On the basis of Langmuir Hinshelwood mechanism, the effect of oxygen on nitrous oxide decomposition was rationalized with the strength of metal oxygen bond.

Analogous to the Fe/ZSM-5 system, highly dispersed iron species residing within the pore structure are responsible for generating the electrophilic oxygen species upon nitrous oxide decomposition.

Catalytic activities of various metal oxides for decomposition of nitrous oxide were compared in the presence and absence of methane and oxygen, and the general rule in the effects of the coexisting gases was discussed.

In this study, we investigate thermal characteristics of nitrous oxide (N2O) decomposition in a catalyst igniter with metal-foam configuration for hybrid rocket propulsion system or monopropellant thruster.

Oxide layer decomposition by the sulfide species in buffer solution is explained with the formation of surface complexes, promoting the reductive dissolution of iron oxide.

The equilibrium controlled water dissociation and the kinetically controlled nitrous oxide (N2O) decomposition were studied in the perovskite BaCoxFeyZr1−x−yO3−δ (BCFZ) oxygen-permeable membrane reactor.

The second is a thermal cycle of the oxide film decomposition and sample cooling.