PPE/EP system exhibits an upper critical solution temperature (UCST) behavior. It discussed in detail the influencing effects of the molecular weight and the use amount of PPE, compatilizer and the modified PPE on the compatibility of PPE/EP system.
PPE/EP是具有最高上临界温度的体系，详细讨论了PPE的分子量和用量、相容剂以及改性PPE对PPE/EP体系相容性的影响。
Thermosensitive polymers with upper critical solution temperature (UCST) are introduced, which exhibit a high critical phase transition temperature. Their phase transition and the relative factors are discussed.
介绍了一类具有高临界相转变温度（UCST）的热敏性高分子材料，并对其相转变机理、热敏性影响因素及表征方法做了讨论。
The low molar mass PPE/TAIC blends were shown to have the upper critical solution temperature (UCST) type phase behavior, and cloud point curves intersect the glass transition-composition lines at a PPE content of about 50%.
低分子量PPE/TAIC混合物具有最高上临界温度行为，玻璃化转变温度（Tg）线和浊点曲线在PPE的含量约为50wt%时相交。
The results show that (1) the system possesses an upper critical solution temperature (UCST) behavior and its phase separation is completely reversible in all investigated blends;
结果表明，PPE/TAIC体系具有最高上临界温度行为，在所研究的范围内，相分离是完全可逆的。
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).
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。
Like the parent organisation, the United Church Schools Trust, established in 1883, which runs 10 private, fee-charging schools, it is a Christian foundation.
ULT的母机构UnitedChurchSchoolsTrust（简称UCST）创办于1883年，经营着10所私立收费学校。这两家机构同为基督教基金会。
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).
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。