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首页> 外文期刊>Chemical Physics: A Journal Devoted to Experimental and Theoretical Research Involving Problems of Both a Chemical and Physical Nature >Predicting glass-to-glass and liquid-to-liquid phase transitions in supercooled water using classical nucleation theory
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Predicting glass-to-glass and liquid-to-liquid phase transitions in supercooled water using classical nucleation theory

机译:使用经典成核理论预测过冷水中的玻璃和液相转变

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摘要

Graphical abstractDisplay OmittedHighlights?A model of two phases 1 & 2 works to describe water thermodynamic properties.?The strong liquids 1 & 2 give rise to glass Phase 3 below various Tg.?First-order transitions under pressure leads to high-density Phase 3 at Tsg?g.?The entropy & volume changes at Tsgand their recovery at a new Tgare predicted.?Liquid Phase 3 is “ordered” above Tgup to a superheating temperature Tn+.?There are two critical points along the first-order line at TLL?=?0.833?×?Tm.
机译:<![cdata [ 图形摘要 显示省略 突出显示 < CE:简单段ID =“SP0010”View =“全部”> 两个阶段1和2的型号,用于描述水热力学属性。 强液1和2引起瓦里下方的玻璃阶段3 s t g 压力下的一阶转换导致高密度相3在t sg < / ce:inf>?<?t g T SG 及其在新的T G 的恢复。 液相3是“订购”以上t G 最多一个过热温度T N + T沿T阶线有两个关键点 ll ?=?0.833?×××t m < / ce:lis

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