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- hydrogen bond framework 晶体结构
- 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。
- Nitric acid molecules are linked by hydrogen bonds. 硝酸分子以氢键互相连结。
- 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 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。
- Finally from the point of formed hydrogen bond,the growth mechanism of doped TGS crystal are investigated. 最后从氢键形成的观点出发，探索研究了掺质TGS晶体的生长机制。
- Vibration analysis show that dimer and trimer have typical red-shift hydrogen bond. 振动分析表明二聚体和三聚体存在典型的红移氢键。
- Hydrogen bond influenced greatly the compatibility,morphology and dynamic mechanical pro-perties of ABCP. 氢键能够影响ABCP的相容性、形态和动态力学性能。
- 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。
- 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；
- This complex has a 3D framework supramolecular structure due to the coordinated water molecules via hydrogen bonds to the oxygen atoms of the carboxyl groups. 结果表明,该化合物通过配位水分子和羰基氧原子间的氢键作用,形成了三维超分子结构。
- There is no enough hydrogen bond for sepiolite so treatment is needed to improve the strength and permeance property of the filter paper. 不过海泡石缺少形成氢键的基团,需要对其进行处理来提高滤纸的强度和透过性能。
- The flocculation of MBFC can be accounted as Van Der Waals force, adsorption affinity of hydrogen bond, or chemical adsorption. 而MBFC的絮凝机理可以认为是MBFC和颗粒间范德华力以及氢键为主的吸附力或可能和颗粒发生化学吸附。
- The hypothesis of hydrogen bond magnetization resonance theory is firstly proposed for analyzing the magnetization mechanism. 并对磁化机理进行了探讨,提出了氢键磁化共振理论假说。
- The centripetal force, Van der Waals forces and hydrogen bond are regarded as the driving forces of the formation of circinate. 聚集体的漩涡状的形成是向心力、范德华力和氢键等力的共同作用结果。
- Hydrogen bonding between successive coils holds the helix together. 氢键维持着螺旋的稳定。
- The results show that surfactants are adsorbed on soil particles by electrostatic attraction, ionic exchange, hydrogen bond, and other methods. 研究表明，表面活性剂可通过静电引力、离子交换和氢键等方式吸附在土壤粒子上。
- It also hasstronger hydrogen bond which can result in partly physical crosslinkage in polymers,Which can fasten orienting of chromophore. 本文第一章简介了液晶的有关基本概念；
