研究结果表明，3呈现较好的温敏性，低临界溶液温度为28。
The result showed that 3 exhibited clear thermosensitivity, and its lower critical solution temperature was 28.
两种聚膦腈均具有较低临界溶液温度（LCST），在质量分数为2。
Polymers exhibited lower critical solution temperature (LCST), which showed almost concentration-independent behavior in the range of 2.
利用浊度法和荧光探针法测定了共聚物的最低临界溶液温度（LCST） 。
The Lower Critical Solution Temperature(LCST)of the copolymers was determined by fluorescence probe and turbidity measurement method.
目的合成一系列温度敏感性(温敏性)凝胶，测定其低临界溶液温度(相变温度)。
OBJECTIVE To synthesize a series of thermo sensitive gels, and determine their low critical solution temperatures (LCST).
目的合成一系列温度敏感性(温敏性)凝胶，测定其低临界溶液温度(相变温度)。
OBJECTIVE To synthesize a series of thermo sensitive gels, and determine their low critical solution temperatures (LCST).
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