1) aromatic stacking interaction
芳香堆积
1.
There exist many kinds of hydrogen bonds between [Cu(H2O)6]2+,C18H15O4SO-3 and H2O,the π┈π and C-H┈π aromatic stacking interactions in the crysal structure of 1 and the electrostatic interactions between anions and cations,which assembled the molecules into a three-dimensional network structure.
在1的晶体结构中,Cu(Ⅱ)位于对称中心并被6分子水所配位,[Cu(H2O)6]2+,C18H15O4SO3-和H2O之间存在多种氢键作用;还存在π┈π及C-H┈π芳香堆积作用。
2) aromatic stacking
芳环堆积
1.
Correct expression for aromatic stacking in matters;
物质中芳环堆积的正确表达方式
2.
Each host molecule 1 crystallizes with two CH_3OH and two H_2O guest solvates locating in the large rhombic channels formed by the parallel arrangements of 1 with significant aromatic stacking intera.
每个主体分子1同时与2个甲醇和2个水溶剂客体分子结晶,主体分子之间存在显著的芳环堆积作用,在晶胞中呈平行排列并形成大的菱形通道,客体分子位于此通道中。
3) Aromatic ring stacking
芳环堆积
1.
The experimental results indicate the existence of intramolecular aromatic ring stacking interactions in the ternary mixed-ligand complexes Pd (Phen)(PheCA)￣+.
实验结果表明：在三元混配物Ｐｄ（Ｐｈｅｎ）（ＰＣＡ）＋中（ＰＣＡ，苯基羧酸）存在分子内芳环堆积作用，堆积程度依赖于苯基和配位的羧酸根之间的亚甲基数目，最适宜堆积的苯基羧酸是２－苯乙酸和３－苯丙酸。
4) aromatic-ring stacking effect
芳环堆积效应
5) aromatic-ring stacking
芳环堆积作用
6) criterion for aromatic stacking
芳环堆积的判据
补充资料：芳香
香味（多指花草）：梅花的～沁人心脾。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条