1.
Determination of the Reaction Time for the Concentration Measurement of the Polymer Flooding Reagent by the Turbidimetry
浊度法测定驱油用聚合物浓度反应时间的确定
2.
Concentration Measurement of Novel Water-soluble Polymers Used in EOR with Ultraviolet Spectroscopy
紫外光谱法测定提高采收率用新型聚合物浓度
3.
Study on the Influence of Concentration of Hydrophobically Associated Polymer on Oil-water Interfacial Properties of SZ36-1 Oilfield
疏水缔合型聚合物浓度对SZ36-1油田油水界面性质影响研究
4.
Study on the influence of polymer concentration on nylon 6/calcium chloride complexation' structure and properties
聚合物浓度对PA6/氯化钙冻胶体系结构与性能的影响
5.
Study on Effect of Polymer Concentration on Enhancing Oil Recovery and Field Test
聚合物浓度对原油采收率的影响研究及现场试验
6.
The Measurement of High-Concentration Polymer Solution's Viscoelastic Behaviors and the Study of Reasonable Polymer Solution Injection Concentration
高浓聚合物粘弹性检测及合理注聚浓度研究
7.
The Research on High-concentration Polymer Flooding Test in West Northern Block in Lamadian Oilfield
喇北西块高浓度聚合物驱油试验研究
8.
Effects of Nanoparticle Inclusions of Low Concentration on Lateral Organization of Copolymer Membranes
低浓度嵌入物对聚合物膜侧向组装的影响
9.
Mechanism of Polymer Flooding and a New Enhanced Oil Recovery of High-concentration Polymer Flooding;
聚合物驱油机理及高质量浓度聚合物驱油方法的研究
10.
Higher Concentration Polymer Flooding and the Mechanism of Reducing Injection Pressure with Surfactant;
高浓度聚合物驱及表面活性剂降压机理
11.
Removal of low-level heavy metal ions by polymer-enhanced ceramic membrane filtration process
聚合物强化陶瓷膜处理低浓度重金属废水
12.
Influence of salt concentration on shear thickening properties of LPS
盐浓度对交联聚合物溶液剪切增稠现象的影响
13.
Properties and mechanism of high mass concentration polymer solution in sub-layers
二类油层高质量浓度聚合物溶液性能及机理
14.
Residual Oil Distribution of Late Polymer Flooding and Study of Injected High-concentration Polymer;
注聚后期剩余油分布规律及注入高浓度聚合物的研究
15.
Substrates may accumulate intracellularly against a concentration gradient.
底物可以逆浓度梯度而积聚于细胞内。
16.
Effeets of monomer concentration and reaction time on the graft copolymerization were studied.
考察了单体浓度、发剂浓度、合温度对接枝共聚反应的影响。
17.
The effects of polyion concentration,solution properties,solution ionic strength on the sizes and zeta potentials of the formed nanoparticles were investigated.
同时,研究了该聚电解质溶液浓度、性质、离子强度对复合物粒径和ξ-电位的影响.
18.
HEWC (Highly Enriched Waste Concentrates )
高浓缩度废物浓缩物