临界共溶温度

网络LCST;UCST;USCT;critical consolute temperature;lower critical solution temperature, LCST

临界共溶温度

1

结果表明，该系统可以在SDS或CTAB过量的两个区域形成双水相，属于最低临界共溶温度（LCST）类型，温度升高导致双水相区域扩大。

It is shown that there are two lower critical solution temperature ( LCST ) ATP systems in two regions in which SDS or CTAB is excessive . The ATP regions were enlarged with the increasing temperature .
2

下临界共溶温度体系制备聚砜中空纤维超滤膜的研究

Investigation of Preparation of Polysulfone Hollow Fiber Ultrafiltration Membranes with Lower Critical Solution Temperature Systems
3

聚氨酯1,4二氧六环（DO）形成的是上临界共溶温度（UCST）体系，在发生相分离后底面与表面粗化时间的不同是导致形貌结构差异的主要原因。

This phenomenon is mainly caused by the different coarsening time after spinodal phase separation ( polyurethane / 1,4 dioxane ( DO ) solution is an upper critical temperature phase separation system ) .