Based on the experiment results, a preliminary mechanism for FeSO4 seeds' effects during the photooxidation process is proposed. The reduction of oxidized products of hydrocarbons is not sufficient for explaining the suppression effects of FeSO4 seeds on SOA formation and some catalytic action of ...
Based on the experiment results, a preliminary mechanism for FeSO4 seeds' effects during the photooxidation process is proposed. The reduction of oxidized products of hydrocarbons is not sufficient for explaining the suppression effects of FeSO4 seeds on SOA formation and some catalytic action of ...
In comparison, because of safety, energy conservation, environmental friendliness, and high carbon atom economy, great attention is drawn to the production of cyclohexene via partial hydrogenation of benzene, of which the reaction mechanism is given in Scheme 1. As can been seen in Scheme 1, ...