hydrogen bonds信息详情
氢键
hydrogen bond───[物化]氢键
hydrogen bombs───氢弹
hydrogen ions───氢离子
hydrogen bonding───氢键；氢键结合
hydrogen bomb───氢弹
hydrogen ion───氢离子
hydrogen bromides───[无化]溴化氢
hydrogen bromide───[无化]溴化氢
hydrogen iodides───[无化]碘化氢
They're clinging to each other through these hydrogen bonds.───它们通过这些，氢键彼此依附。
The hydrogen bonds which stabilize the collagen helix must also be broken.───稳定胶原螺旋的氢键也必须要被破坏。
Now let's starts breaking some hydrogen bonds.───现在让我们开始破坏掉一些氢键。
Strictly, a base pair is a pair of complementary bases (i. e. the A: T, G: C and A: U interactions) held together by hydrogen bonds.───严格地说，碱基对是一对相互匹配的碱基（即A：T，G：C，A：U相互作用）被氢键连接起来。
That is, all the available hydrogen bonds are formed between neighboring pairs.───就是说，所有可能的氢键，形成于相邻的一对结构单元间。
prom the equilibrium dissociation temperatures it is known that the relative stabilities of the different type hydrogen bonds are not alike.───从平衡解离温度可知不同类型的氢键的相对稳定性不同。
These results can be well explained by the hydrogen bonds present in the polymeric system.───这些结果进一步可以用系统中存在的各种氢键相互作用加以解释。
As for supramolecular biological systems, the closely linear amide hydrogen bonds NH. . . O and NH. . . N strongly stabilize the complex.───对于生物超分子体系，典型的NH…O和NH…N氢键是复合物结合能的主要来源。
They also form bridges between neighboring sections by hydrogen bonds and charge interactions.───它们也会在相邻部分利用氢键和电荷的相互作用搭起桥梁。
Glu115 also forms hydrogen bonds to His118 and to Asp84, and Glu238 hydrogen-bonds to Glu204.
For clarity, the three hydrogen bonds mentioned in the text are not illustrated.
Distortions due to the formation of hydrogen bonds are usually smaller than those due to co-ordination to metal ions.
As hydrogen bonds are thermally labile a rise in T reduces the number of bonds and causes eventual phase separation.
There are no main-chain hydrogen bonds to the metal ligand side chains.
This allows hydrogen bonds to reform.
Nitric acid molecules are linked by hydrogen bonds.
The hydrogen bonds and their property of the polyether polyurethane-urea have been systematically studied. The results indicate that the NH groups are almost completely hydrogen-bonded.
These polymers can form intermolecular hydrogen bonds which greatly enhance crystallite stability.