就其流变性而言，聚合物溶液和碱—表面活性剂—聚合物（ASP）复合体系均属粘弹性流体，但在中等剪切速率的简单剪切流动条件下，其流变性可用幂律模式描述。
The compound of Alkali Surfactant Polymer (ASP) is a kind of viscoelastic fluid, its rheological behavior can be formulated by power law model in simple shear flow within medium shear rate.
不同土壤有机矿质复合体中活性磷和中等活性磷的分布，与有机磷化合物中的核酸磷和肌醇磷的含量有关。
The results show that the distribution of labile and moderately labile pool in organo-mineral complexes of different soils is related to the contents of nucleic acid-P and inositol-P.
目的：研究血管活性肠肽(VIP)在牙髓牙本质复合体中的表达，探讨其功能。
AIM: To study the expression of vasoactive intestinal polypeptide (VIP) in dental pulp-dentine complex of human premolar and its function.
结果发现ACP活性分布在高尔基复合体的部份转移泡、浓缩泡及GERL部位。
The results indicated that ACP activities distributed in some transfering and concentrating vacules of Golgi complex and also on GERL.
研究了丁二酰亚胺的界面活性、对丙酮酸的增溶性能及与ZDDP复合体系的相互作用。
The interfacial activity and the capacity to dissolve pyruvic acid in base oil of succinimides and interactions between succinimides and ZDDP were investigated.
弱碱三元复合体系界面张力随碱和表面活性剂增加而降低，随时间延长而下降。
The interfacial tension of the alkali ASP system descended with the alkali and surfactant density increasing, and decreased with time.
研究了表面活性剂的类型和浓度、碱的类型和浓度及地层水矿化度等对复合体系界面张力的影响。
The effects of the kinds and concentration of surfactants and alkalis and salinity of formation water on the interfacial tension of composite displacement system have been stressed.
在模拟大庆油田地层条件下，进行了水驱以及碱-表面活性剂-聚合物(asp)三元复合体系驱油效率的实验研究。
An experimental study was conducted about recovery efficiency on Brine flooding and Alkaline, Surfactant, Polyacrylamide flooding (ASP) in modeling Daqing Oil Field stratum.
目的研究-突触核蛋白(-SYN)在大鼠不同脑区线粒体的表达及对线粒体呼吸链复合体I活性的影响。
Objective to study the expression of mitochondrial -synuclein (-syn) in different rat brain regions and its effect on complex I activity of respiratory chain.
多数表面活性剂复合体系与葡北原油不匹配，主要原因是活性剂平均当量较高。
Most surfactant systems do not match with the oil of northern Putaohua oil Field. The reason is the high value of the average equivalent of surfactant.
线粒体的 -SYN有可能来源于胞质 -SYN向线粒体的转运，并调节复合体I的活性。
Mitochondrial -SYN may come from the transportation of cytoplasmic -SYN and may regulate the complex I activity of respiratory chain.
线粒体的 -SYN有可能来源于胞质 -SYN向线粒体的转运，并调节复合体I的活性。
Mitochondrial -SYN may come from the transportation of cytoplasmic -SYN and may regulate the complex I activity of respiratory chain.
应用推荐