The plasma oxidation desulfurization of thiophene in the liquid phase was studied. Under optimum conditions, the degree of desulfurization and selectivity of the solid sulfide formation can be achieved up to 79% and 4...The plasma oxidation desulfurization of thiophene in the liquid phase was studied. Under optimum conditions, the degree of desulfurization and selectivity of the solid sulfide formation can be achieved up to 79% and 47% respectively.展开更多
The plasma liquid phase oxidation of n-heptane was investigated. The selectivity of product formation is far superior to plasma oxidation in the gas phase.
A few factors affecting plasma oxidation desulfurization of isobutyl mercaptan were investigated. Under the reasonable condition, the conversion and degree of desulfurization of isobutyl mercaptan can be achieved up t...A few factors affecting plasma oxidation desulfurization of isobutyl mercaptan were investigated. Under the reasonable condition, the conversion and degree of desulfurization of isobutyl mercaptan can be achieved up to over 95% and 94％ respectively.展开更多
文摘The plasma oxidation desulfurization of thiophene in the liquid phase was studied. Under optimum conditions, the degree of desulfurization and selectivity of the solid sulfide formation can be achieved up to 79% and 47% respectively.
基金The project was supported by National Natural Science Foundation of China.
文摘The plasma liquid phase oxidation of n-heptane was investigated. The selectivity of product formation is far superior to plasma oxidation in the gas phase.
基金The project was supported by National Natural Science Foundation of China.
文摘A few factors affecting plasma oxidation desulfurization of isobutyl mercaptan were investigated. Under the reasonable condition, the conversion and degree of desulfurization of isobutyl mercaptan can be achieved up to over 95% and 94％ respectively.
