1.
Research on Mechanism and Prevention of Interfacial Emulsion Formation in Copper Solvent Extraction Process;
铜溶剂萃取界面乳化机理及防治研究
2.
Behavior of interfacial crud produced in extraction separation of vanadium and chromium
钒铬萃取分离过程中界面乳化物的形成行为
3.
Effect Mechanism of Degradation Product on the Formation of Interfacial Emulsification During Copper Solvent Extraction
铜溶剂萃取过程降解产物对界面乳化物形成的作用机理
4.
Study on the Effect of Emulsifier and Heavy Crude Component on Interfacial Properties of Emulsion
乳化剂及稠油组分对乳状液界面性质的影响研究
5.
Study on the Influence of Heavy Crude Components and Emulsifiers on the Interfacial Properties
稠油组分及乳化剂对油水界面性质影响的研究
6.
N, P Biogeochemistry Near Marine Sediment-Seawater Interface of Rushan Bay;
乳山湾沉积物—海水界面附近氮、磷的生物地球化学
7.
THE EFFECT OF EMULSIFYING POWER AND INTERFACIAL TENSION ON DISPLACEMENT CHARACTERISTICS FOR DISPLACEMENT SYSTEMS OF HEAVY CRUDE OIL
稠油驱油体系乳化能力和界面张力对驱油效果的影响
8.
Oil film life, rate of oil film thinning, water-oil interfacial properties and their effects on demulsification of model petroleum emulsions (O/W) in the presence of demulsifiers are studied.
研究了破乳剂存在下油膜寿命、油膜薄化速率以及油水界面性质与破乳效果的关系。
9.
Response surface method to optimize the prescription of emulsion stabilizer of the lactic acid fermented beverage
响应面法优化活性乳酸菌饮料乳化稳定剂配方
10.
Phase Behavior of Supercritical Carbon Dioxide Microemulsion;
超临界二氧化碳微乳液的相行为研究
11.
Preparation of Nanometer ZrO_2 by Supercritical CO_2 Microemulsion
超临界CO_2微乳液法制备纳米氧化锆
12.
The dewatering rate is correlated with the interfacial elasticity.
不同种破乳剂，界面弹性降低幅度越大，其破乳效果越好。
13.
A Study of the Relationship between Interfacial Film and Emulsion Stability;
油水界面膜与乳状液稳定性关系的研究
14.
Submicro-capsule Preparation Via Interfacially Confined Living Free Radical Miniemulsion Polymerization;
界面活性自由基细乳液聚合制备亚微米胶囊
15.
The bonding performances between SBR modified cement mortar and substrate
SBR乳液改性砂浆与水泥基体界面粘结性能
16.
Interfacial Hydrolysis of Isocyanate in Monomer Miniemulsion
异氰酸酯单体细乳液中的界面水解反应
17.
Preparation of insulin nanocapsules by interfacial polymerization in microemulsion
微乳中界面聚合法制备包载胰岛素纳米胶囊
18.
No colloid, surfactants or emulsifying agents are employed in the process.
本法不使用胶、表面活化剂或乳化剂。