水分子的特殊构造、水分子团的存在与人的生命和生理息息相关。
The special structure of water molecule structure had great impact on the lives and physiological activities to human beings.
而石榴石中的水分子团为超高压变质过程中有流体存在提供了有力的证据。
And clusters of water molecules within garnet are very important evidence of the existence of fluid during ultra-high pressure metamorphic process.
最后简要介绍了改变水分子团簇结构所诱发的生物效应，并对该领域的研究前景作了展望。
Finally, the biological effects due to the structural change of water clusters and a perspective in this research field are also discussed.
块状榴辉岩中石榴石的位错密度低，没有观察到水分子团，虽然在局部发现有位错网，但总体上仍呈刚性。
In the massive eclogites, the garnets with low dislocation density and with no visible clusters of water molecules are mainly rigid although a few dislocation nets have been observed.
这些照明灯阻止了一种特殊类型的二氧化氮水分子——它被认为是一种硝分子团——的生成，而二氧化氮水分子则是二氧化氮和臭氧的反应物。
The lights prevent production of a particular type of nitrogen-oxide molecule known as a nitrate radical, which forms from reactions of nitrogen dioxide with ozone.
然后以此空间构型为基础，用“团簇埋入自洽计算法”计算氨基酸在以水分子为外势条件下的电子结构。
Then, based on the structure, the electronic structure of amino acid with the potential of water molecules is calculated using the self-consistent cluster-embedding (SCCE) method.
然后以此空间构型为基础，用“团簇埋入自洽计算法”计算氨基酸在以水分子为外势条件下的电子结构。
Then, based on the structure, the electronic structure of amino acid with the potential of water molecules is calculated using the self-consistent cluster-embedding (SCCE) method.
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