1.
APPLICATION OF WATER-IN-OIL EMULSION TECHNIQUE IN AISC
重油掺水乳化燃烧技术在鞍钢的应用
2.
Coking Test of Vacuum Residue with Ethylene Heavy Tar;
减压渣油掺炼乙烯重焦油共焦化试验
3.
In exploiting heavy oil, water blending is one of the most important methods to lower viscosity of heavy oil and increase its flow property for enhancing oil recovery.
在稠油开采过程中，掺水法是降低稠油粘度、增加其流动性达到提高开采效率的重要措施之一。
4.
anhydrous butter oil
无水奶油[黄油],重制奶油
5.
Viscosity Reduction Test of Viscosity Reducer-doped Water-soluble Emulsion
超稠油掺水溶性乳化降粘剂降粘试验
6.
Basic Research on the Phase Separation Behavior of Residue Blended with Cracked Heavy Oil
渣油掺炼裂解重油混合相分离行为的研究
7.
Technological Basic Research of the Burning Emulsified Fuel on Diesel Engine;
柴油车燃烧掺水乳化油的技术基础研究
8.
Effect of Li Doping on Catalytic Performance of LaNi/Al_2O_3 in Tar Reforming
Li掺杂对LaNi/Al_2O_3在焦油重整中催化性能的影响
9.
Analysis and Strategy Improving Efficiency in Water System Shenyang Oilfield
沈阳油田沈一区掺水系统分析及提高效率策略
10.
Influential factors of blending ratio in heavy oil lifting with hydraulic jet pump
水力喷射泵举升稠油掺稀比影响因素研究
11.
Making Cement with High Content Oil Shale: Research & Application
大掺量油母页岩渣制造水泥的研究及应用
12.
Diesel EGR-added Hydrogen Combustion and Diesel Exhaust Reforming Chemical Kinetics Modeling;
柴油机EGR掺氢燃烧及柴油废气重整化学动力学建模
13.
Fatty Acid Analysis for Rapid Identification of Cooking Oils
脂肪酸谱分析在餐饮用油掺兑潲水油检测中的应用
14.
Shanghai food is rather oily,
沪帮的菜肴油水较重
15.
The result indicated that the hydrotreated delayed coking naphtha was qualified for reforming feedstock, its blending ratio could be up to 35%.
结果表明，焦化汽油加氢精制后可作重整原料，且掺炼比可达35%。
16.
Preparation of Rare Earth-Doped Ti/TiO_2 Electrode and Its Application on the Treatment of Oil-field Wastewater
稀土掺杂Ti/TiO_2电极制备及其用于油田废水处理的研究
17.
Preparation and Electro-catalytic Oxidation Characteristics of Nd-doped Ti/TiO_2 Electrodes
钕掺杂Ti/TiO_2电极的制备并用于油田废水的降解实验研究
18.
Study on Ce-doped nonstoichiometric nanosilica-polysulfone composite membranes and its use in separating oil from water
用于油水分离的非化学计量掺杂Ce纳米SiO_2聚砜复合膜的研究