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Explore water's protective and assistant role for uracil: A changing role of water at different temperature

机译:探索水对尿嘧啶的保护和辅助作用:不同温度下水的变化作用

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The temperature effects on water's protective and assistant role for uracil have been investigated at a wide range of temperature. It indicates that the water molecule assisting proton transfer at low temperature could prevent proton transfer at high temperature and the water molecule preventing proton transfer at low temperature could assist proton transfer at high temperature. Further research reveals that the proton transfer of uracil is governed by entropy change. Why the role of water molecule reverse at different temperature was explained. A relationship between strong/weak hydrogen bond and proton transfer could be suggested. (c) 2005 Elsevier B.V. All rights reserved.
机译:在广泛的温度范围内,研究了温度对水对尿嘧啶的保护和辅助作用的影响。这表明在低温下辅助质子转移的水分子可以阻止高温下的质子转移,而在低温下阻止质子转移的水分子可以辅助高温下的质子转移。进一步的研究表明,尿嘧啶的质子转移受熵变的支配。解释了为什么水分子在不同温度下会逆转的作用。可以提出强/弱氢键与质子转移之间的关系。 (c)2005 Elsevier B.V.保留所有权利。

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