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- It was found that the hydrogen bonded complexes of monomer template and oligo functional monomers before polymerization is the control factor governing the formation of microsphere. 研究了合成反应条件对聚合物形貌的影响,发现聚合前主客体氢键络合物和功能单体氢键低聚体是控制微球形成及其粒径大小的关键因素。
- Keywords s-tetrazine;intermolecular interaction;hydrogen bonding complex;density functional theory; 四嗪;分子间相互作用;氢键复合物;密度泛函理论;
- AN AB INITIO MO STUDY OF THE HYDROGEN BOND COMPLEX BETWEEN CYCLOBUTANE AND HYDROGEN FLUORIDE 环丁烷与氟化氢形成氢键络合物的从头算研究
- Hydrogen bonding complexes 氢键复合物
- Keywords amino acid;enthalpy of dilution;enthalpy of mixing;enthalpic pairwise interaction coefficient;isomer;hydrogen bond complex;interaction energy; 氨基酸;稀释焓;混合焓;焓对作用系数;异构体;氢键络合物;结合能;
- Hydrogen bond complexes 氢键复合物
- hydrogen bonding complex 氢键复合物
- Hydrogen bonding between successive coils holds the helix together. 氢键维持着螺旋的稳定。
- The major bond of conjugation in the formation of complex was probably in the hydrogen bonding and the hydrophobic interaction. 在复合物形成中主要的结合键可能是氢键,以及疏水性作用力。
- 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。
- The applications, proparations and characterization for intermacro-molecular complex through hydrogen bonding howe been reviewed. 综述了高分子氢键复合物的制备方法和表征方法,及其应用前景。
- 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。
- Interpolymer complexes can be formed by two polymers through hydrogen bond or electrostatic force include hydrogen complexes and polyelectrolyte complexes. 两种大分子可以利用氢键或者库仑力形成高分子复合物,根据不同的作用力性质可分为氢键复合物(氢键作用)和聚电解质复合物(静电力)。
- Nitric acid molecules are linked by hydrogen bonds. 硝酸分子以氢键互相连结。
- 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；
- Hydrogen bonding between water molecules occurs not only in liquid Wa er but also in ice and in water vapor. 水分子间的氢键不仅存在于液态水中，也存在于冰和水蒸气中。
- 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 hydrogen bonding that takes place between water molecules accounts for some of the remarkable and vital properties of water. 水分子之间的氢键解释了水的某些特具的和维持生命所必需的性质。
- In chapter II, multilayer films of PAA/P2VP were successfully prepared based on hydrogen bonding as driving force. 在第二章中，成功地实现了基于氢键的聚2－乙烯基吡啶和聚丙烯酸的自组装多层膜的制备。
