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- Separation of heavy oil fraction 重质油分离
- Study on A Pilot Reactor for Catalytic Hydrodesulfurizing of Heavy Oil Fraction 重油催化加氢脱硫中试反应器的研制
- Keywords trickle-bed reactor;heavy oil fraction;hydrodesulfurizing;pilot plant; 滴流床;重油;加氢;中试反应器;
- The molecular structure of heavy oil fraction from the Shenhua coal direct liquefaction residue 神华煤直接液化残渣中重质油组分的分子结构
- Estimating Heavy Oil Fractions'Viscosity by Correlation Method 用性质关联法估算重油馏份粘度
- heavy oil fraction 重油馏分
- The heavy oil was quoted at $ 17 per barrel. 重油报价为每桶17美元。
- The heavy oil was quoted at $17 per barrel. 重油报价为每桶十七美元。
- The paper also points out,the ideal technology of petroleum naphthalene production is preparing 2,6 DMN from diesel fraction,a product of heavy oil contact cracking. 指出从重油接触裂解柴油馏分中制备2,6-二甲基萘是石油萘生产的最理想的技术方向。
- PCA-based Fault Detection and Diagnosis with Application to Heavy Oil Fractionator 基于PCA的重油分馏塔故障监测与诊断分析
- Oil Sands and Heavy Oil Technologies Conference and Exhibition. 油砂和重油技术会议及展览。
- Enhancing development efficiency in shallow heavy oil reservoir. 提高浅层稠油油藏开发效果。
- Study on Plug Steam Flooding Technique for Heavy Oil Reservoir. 稠油油藏段塞蒸汽驱技术研究。
- Constraints Adjustment and Objectives Coordination of Satisfying Optimal Control Applied to Heavy Oil Fractionators 约束优化控制的约束调整与目标协调及在重油分离器过程中的作用
- Gas recovery from heavy oil reservoir with gas cap of Block Gao 3. 高3块气顶稠油油藏天然气采收率研究
- On using heavy oil, put the transfer switch 2K to heavy oil shelve. 当使用重油时,将转换开关2K扳到重油档。
- NEW GROUP CONTRIBUTION METHOD FOR ESTIMATING AVERAGE BOILING POINT OF HEAVY OIL FRACTIONS 预测复杂高沸点重质油馏分平均沸点的基团贡献法
- A new group contribution method for estimating average boerage boiling point of heavy oil fractions 一种预测重油馏分沸点的方法
- DEVELOPMENT OF CORRELATIONS FOR PRE DICTING CRITICAL PROPERTIES OF XINJIANG HEAVY OIL FRACTIONS AND EVALUATION OF NO RMAL MOTHODS 预测新疆九区稠油临界性质关联式的建立及常用计算方法的考察
- Last, the response rules of C/O ratio for different formation oil saturation、borehole oil fraction、casing size、concrete thick are simulated, which are very important to C/O logging interpretation. 最后,研究了碳氧比值随含油饱和度、井液持油率、套管外径和水泥环厚度变化的响应规律,对碳氧比能谱测井解释有重大意义。