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In the asymmetric cavities of ChiraSpher (CSP) the hydrogen bond interaction between solutes and CSP was the key to enantioseparation and retention of solutes. 溶质与固定相之间的氢键作用是溶质被保留和手性识别的关键。
The results show that SMAA/PC is a partial miscible system and there exist hydrogen bonds interaction. 结果表明，SMAA／PC是部分相容体系，存在着氢键的相互作用。
The calculated results indicated that the interaction between calix [4] pyrrole and halide anions mainly involved hydrogen bonds interaction. 结果表明，杯[4]吡咯与卤素离子能通过彼此间的相互作用形成复合物，并且这种相互作用在本质上应为分子间的氢键相互作用；
FTIR data suggest that the gelators cause gelation with self-aggregation through noncovalent interaction just as hydrogen bonding interaction. FT-IR表明,凝胶因子在有机溶剂中是通过氢键等非共价力相互作用而聚集、自我组装形成凝胶。
Interestingly, in 2, the host frameworks encapsulate a unique pentamer water cluster and are further connected into 1D tapes by water-water hydrogen bonding interaction. 有趣的是，在配合物2的主体结构中，封装着由独特的五聚水簇通过水-水之间的相互作用形成的一维水带。
Complex 1 exhibits a two-fold parallel interpenetration of (4,4) net framework consisting of 1D zigzag chains interlocked together through hydrogen bonding interaction. 其中，配合物1 是依靠相邻一维 “之”字链间的氢键互锁而展现二重平行的(4,4)网状穿插结构；
The numerical results show that the hydrogen bonding interaction may induce a large variation of the structures and properties of 4-nitro-buta-1,3-dienylamine molecule. 研究结果表明氢键作用引起了溶质分子结构和性质的较大变化，从而将明显地影响该类分子的非线性光学性质。
The long range interaction simulated by polarizable continuum model, the hydrogen bonding interaction, and the whole interaction between the solute and the medium were separately investigated. 分别研究了由极化连续模型模拟的溶剂和溶质分子的长程相互作用，溶剂和溶质分子的氢键作用，以及溶剂和溶质分子的整体作用对分子结构和性质的影响。
Theoretical Study on the Hydrogen Bond Interaction between Adrenaline and Dimethyl Sulphoxide 肾上腺素与二甲亚砜氢键作用的理论研究
The supramolecular framework of MOC-1 is constructed through the adjacent Cu(I) dimer units connected by hydrogen bonding interactions. 化合物MOC-1的超分子骨架是由相邻的Cu(I)二聚体通过氢键相互作用连接而成。
Inter- or intra- molecular hydrogen bonding interactions based supramolecular assemblies is a relatively new and fascinating area in chemical science. 基于氢键的超分子化学的研究是一个方兴未艾的充满活力的前沿研究领域。
The effects of dispersion, polar and hydrogen bonding interactions between molecules on the miscibility of homopolymer／homopolymer, homopolymer／copolymer were considered. 考虑了分子间色散、极性与氢键相互作用对均聚物／均聚物、均聚物／共聚物相容性的影响。
The effects of dispersion, polar and hydrogen bonding interactions between molecules on the miscibility of homopolymer/homopolymer, homopolymer/copolymer were considered. 考虑了分子间色散、极性与氢键相互作用对均聚物/均聚物、均聚物/共聚物相容性的影响。
Due to the strong hydrogen bonds interactions,cellulose possesses high orientation and crystallinity,hardly dissolves in ordinary solvents and decomposes before melt at high temperature. 由于纤维素分子间有强氢键作用,使得其取向度和结晶度都高,而且不溶于一般溶剂,高温下分解而不熔融。
Hydrogen bond interaction 氢键相互作用
It has interaction net structure and the adjoined net structures were connected by hydrogen bond. 产物进行了红外光谱测试、元素分析、差热热重分析以及磁性测试。
One MH was entrapped by two MAAs in methanol through hydrogen bond. 表明在甲醇中1个抑芽丹与2个甲基丙烯酸通过氢键形成复合物。
The energy of the hydrogen bond is largely electrostatic in origin. 氢键的能量从本质上说主要是静电。
These properties are due to a unique kind of a bond known as the hydrogen bond. 这些特性的存在是由于一种独特的结合力，即人们所知道的氢键。
It also introduces intermolecular interaction, types of interaction force, hydrogen bond, hydrophilic and hydrophobic groups, surface tension and surfactants. 介绍分子间相互作用，作用力类型，氢键，亲水基团与疏水基团，表面张力与表面活性剂。