hydrogen bonding的例句大全

The mechanisms of dissolution inhibition of positive photoresist based on novolak ( NVK)-diazonaphthoquinone ( DNQ), including ( 1) the molecular hydrogen bonding interactions between novolak and DNQ;

本文综述了酚醛重氮萘醌正性抗蚀剂的溶解抑制机理，主要包括（1）分子间氢键作用机理；

The Study of Hydrogen Bonding Reaction Between 2,4-Dichlorophenol and Pyridine by Thermometric Titration

用量热滴定法研究2，4－二氯酚与吡啶的氢键络合反应

The main driving forces are the multiple hydrogen bonding and π-π stacking interaction between host and guest molecules.

识别作用的主要推动力为多重氢键、ππstacking等的协同作用。

The Variation of a Hydrogen Bonding Directed Layer-by-layer Self-assembled Multilayer Films in a Base Aqueous Solution

基于氢键的自组装多层膜在碱溶液中变化的研究

The reliable theoretical basis for the assignments of IR bands and the studies of hydrogen bonding in these elastomers has been proposed by use of deuteration and varying temperature.

氘化和变温技术的使用为上述红外谱带的归属和氢键化研究提供了可靠的理论依据。

CS and mordenite interact with each other through hydrogen bonding, and stress produced in polymer during membrane formation led to CS rigidification and voids at the interface.

CS与丝光沸石之间存在弱氢键相互作用，高分子应力的产生导致CS/M膜中CS硬化层以及CS与丝光沸石界面处缺陷孔的形成。

Intramolecular hydrogen bonding ⅳ. intramolecular hydrogen bonding of condensed aromatic chelating agents and their tautomerization

分子内氢键Ⅳ.稠环芳香螯合剂的内氢键和互变异构

Ordered structures in nature aggregates many senior composition dependence of weak intermolecular interaction, such as hydrophobic interactions, electrostatic interactions, hydrogen bonding, van der Waals, aromatic ring stacking and so on.

自然界很多高级有序结构聚集体的构成依赖分子间的弱相互作用力，例如疏水相互作用、静电相互作用、氢键、范德华力、芳环叠加等。

Supramolecular liquid crystal Chemistry studies recombination of LC System, which was found by molecules subunit through covalent such as hydrogen bonding subunit 、 ion interaction, charge-transfer interactions, Van der Waals force and hydrophobic interaction.

超分子液晶化学研究分子亚单元通过氢键、离子相互作用、电荷转移相互作用、疏水作用及范德华力等次价键形成的复合液晶体系。

The flocculation mechanism of PACSAM is chemical reaction, intermolecular hydrogen bonding, charge neutralization and bridging action, etc.

PACSAM的絮凝机理包括化学反应、分子间氢键、电中和及架桥作用等。

By introducing the carboxyl on starch sugar-ring, the hydrogen bonding and electrostatic interaction between oxidized starch ( OST) and PVA were enhanced.

通过酸性高锰酸钾的氧化在淀粉的糖环上引入羧基，利用羧基强的电负性来增强氧化淀粉（OST）和聚乙烯醇之间的氢键作用力，改善它们的相容性。

the relation between the ratio of hydrogen bonding acceptor number to donor number and solute concentration

糖苷键[合]，苷键[合]氢键受体与供体数目比与溶质浓度的关系

the four dimensional parameters including dispersion, polarity, electron acceptor and electron donor parameters are related to dispersion, polar, and hydrogen bonding ( acceptor and donor) interactions.

这4维参数包括色散参数、极性参数、得电子参数和供电子参数，它们分别对应于基团的色散、极性和氢键（得电子和供电子）作用。

in the last decades, intermolecular hydrogen bonding, as a site-specific interaction between hydrogen donor and acceptor molecules, has gained wide attention because of its significance in physical, chemical and biological processes.

由于对很多物理、化学、生物过程起着重要作用，位点专一的分子间氢键相互作用在过去十年间引起了人们广泛的关注。

Organic molecular crystals are soft, highly compressible solids, composed of dispersive molecules hold together by noncovalent interactions such as van der Waals forces, charge transfer and hydrogen bonding.

有机分子晶体是由离散分子通过非共价键合作用力（范德华作用力、电荷转移或者氢键作用力等）集合在一起形成的一类软且易压缩的固体。

This kind of intramolecular and intermolecular hydrogen bonding plays a pivotal role in molecular conformation, crystal packing, protein folding and the binding between some nucleoside bases.

这类分子间氢键和分子内氢键在分子构型、晶体堆积、蛋白质折叠和核苷酸间的成键中都起着非常重要的作用。

Also Hydrogen bonding is very important in molecular biology.

之所以对各分子氢键做了十分详细的研究，主要是由于氢键与分子生物活性十分相关，氢键在生物学中有十分重要的意义。

It should be handled with discretion to study hydrogen bonding by using ether stretching region.

用醚键区来分析PU的氢键化要慎重。

Real-time Fourier transform infrared ( FTIR) measurement indicated that this phenomenon was related to the disassociation of hydrogen bonding within the hard domain caused by the high temperature annealing.

原位实时红外测试（FTIR）结果表明上述变化受到热处理过程中硬段内部氢键解离的影响。

The creasing mechanism of silk fibre and its fabrics relates closely with solvent polarity and resultant hydrogen bonding energy, and is affected by the volume and viscosity of solvent molecules. It is found that the silk fibre in 50% alcohol solution creases most severely.

丝纤维及其织物的起皱程度与溶剂极性和生成氢键能力密切相关，且受溶剂分子的体积和粘度的影响，其中丝纤维在50%乙醇溶液中的起皱现象最为严重。