1) cloud point titration
浊点法
1.
sing three experimental methods ofcloud point titration, constant compositionheterothermology, and equilibrium still, themutual solubility data were determined respectively for three binary systems at differenttemperatures: furfural-water system at 20-90℃, ethyl acetate - water at 25 -- 60℃,andmethyl acetate-water at 25-50℃.
用浊点法、定组成变温法、平衡釜法３种实验方法，分别测定了糠醛－水二元物系在２０～９０℃之间、乙酸乙酯－水二元系在２５～６０℃之间以及乙酸甲酯－水在２５～５０℃之间不同温度下三组二元系互溶度数据。
2) turbidity-density method
浊点-密度法
1.
The solubility curve and density curve of the H2O(w1)-CH2Cl2(w2)-[Bmim]BF4(w3) system were measured with the turbidity titration method at 30℃ under atmospheric pressure and were correlated with empirical equations; The liquid-liquid phase equilibrium data of the system were further measured with the turbidity-density method.
利用浊点法测定了常压30℃下H2O-CH2Cl2-[Bmim]BF4体系的饱和溶解度曲线和密度曲线并进行了关联,还进一步采用浊点-密度法测定该体系的液液相平衡数据。
3) cloud point extraction
浊点萃取法
1.
The principle and types of CPE(cloud point extraction induced by temperature,coacervation extraction,mixed micellar-mediated extraction) were introduced,and its potential application in pesticide analysis were analyzed.
浊点萃取法是近年来发展较快的一种环境友好型液液萃取技术,与传统的提取方法(如液液分配、固相萃取、索氏提取等)相比,具有高效、低毒、操作简单等优点,目前已成功应用于金属离子、蛋白质、环境样品的前处理和分离、纯化。
4) cloud point
浊点
1.
Synthesis of amphiphilic methacrylate copolymers and their cloud points;
甲基丙烯酸酯类两亲性聚合物的合成及其浊点测定
2.
Study on critical solution temperature of water-phenol by means of cloud point;
浊点法研究水-苯酚系统的临界溶解温度
5) cloud point(CP)
浊点(CP)
6) cloud point system
浊点系统
1.
Partitioning of penicillin G hydrolysis reactants and stability of immobilized penicillin acylase in cloud point system;
浊点系统中青霉素水解物系的分配及固定化青霉素酰化酶的稳定性
2.
Furthermore,the cloud point system and a novel two-phase partitioning bioreactor exploited recently for micr.
本文综述了甾醇侧链切除微生物转化技术的新进展,详细介绍了我们最近开发的浊点系统两相分配生物反应器新技术。
3.
Such a system is called a cloud point system (CPS).
非离子表面活性剂水溶液在温度高于其浊点或有一定添加物存在的条件下会自动形成表面活性剂浓度很小的稀相和表面活性剂富集相,这一系统常被称为浊点系统。
补充资料：点对点法
分子式：
CAS号：
性质：发射光谱分析中，将金属试样制成两个锥体状电极，分别作为光源的上下电极，彼此相对以电弧或火花法进行激发摄谱。该法因无辅助电极，所摄光谱中可无其伴存谱线。
CAS号：
性质：发射光谱分析中，将金属试样制成两个锥体状电极，分别作为光源的上下电极，彼此相对以电弧或火花法进行激发摄谱。该法因无辅助电极，所摄光谱中可无其伴存谱线。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条