The reaction mechanism of H2O2 dismutation catalyzed by a non-heme tetraaza annulene complex has been investigated by density functional theory using the B3LYP functional. 采用密度泛函理论B3LYP方法计算了一种非血红素四氮杂轮烯配合物催化H2O2歧化的反应机理。
With the increase of the stress, the contents of 9 aromatic constituents like 1,6-methylene annulene increased, whereas those of 8 constituents as linalool decreased. 随着侵害处理程度的加深,1,6-亚甲基轮烯等9种物质含量增加,而芳樟醇等8种物质含量则下降;
Syntheses and Properties of 1, 6-Methano [ 10] Annulene Derivatives 1,6-亚甲基架桥[10]轮烯衍生物的合成及性质的研究
Enumeration of Isomers of Alkyl Substituted [ 14] Annulene, [ 18] Annulene and Porphine 烷基取代[14]轮烯、[18]轮烯和卟吩的异构体计数