Hydrogen bond that are the glue holding groups of water molecules together are so plentiful in water that they play a large role in determining its properties 在水中，存在着大量的将水分子胶粘在一起的氢键，因此氢键在决定水的特性方面发挥了巨大的作用。
The results showed that the water molecules inside the plastic material were chemically bonded with polymers by hydrogen bonds in the micro - holes formed by the polymer molecule chain 塑封材料中的水分子存在于高分子链围成的微孔洞中，并与高分子聚合物以氢键相连。
Ft - ir spectrum show that water insert between the inner layer of kaolinite with potassium acetate , which form hydrogen bond with the inner surface hydroxyl of kaolinite 傅立叶变换红外光谱显示，水和乙酸钾一同插入到高岭土的层间，并与高岭土的内表面羟基形成了氢键。
Hydrogen bonding takes place between oxygen , nitrogen , or fluorine atoms on one molecule , and a hydrogen atom joined to oxygen , nitrogen , or fluorine on the other molecule 氢键发生在氧、氮或依赖于其他分子的氟之间，一个氢原子把氧、氮或依赖于其他分子的氟连接在一起。
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。
Hydrogen bonding is responsible for the properties of water and is important in many biological systems for holding together the structure of large molecules , such as proteins and dna 氢键在生物体内承担着维持水的性质以及在多数生物学系统中将蛋白质和dna这样一些大分子的结构结合在一起的功能。
The initial analysis of the infrared absorption and raman scattering spectra of this viscous material suggested that it was a new form of water characterized by a symmetrical hydrogen bond 对这种粘性物质进行红外线吸收和拉曼散射光谱的初步分析表明：它是以具有对称的氢键为特征的水的一种新形式。
The current progress on the anion recognition and fluorescent and electrochemical sensing based on the receptors with ( c - h ) ( superscript + ) . . . x ( superscript - ) hydrogen bonding is reviewed 摘要对基于( c - h ) (上标+ ) … x (上标- )氢键类型的阴离子识别以及识别过程所引起的光化学传感和电化学传感的研究进展进行了评述。
When a protein is desiccated in the presence of trehalose , water molecules bound to the protein structure by hydrogen bonding evaporate and the sites are then replaced by the sugar to maintain an intact confirmation ( 42 ? 45 ) 当蛋白在海藻糖存在下干燥，经氢键结合在蛋白结构上的水分子蒸发掉，留下的位点随后被糖替代，确保了结构的完整。
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。
