1.
Influence of the splitteing schemes on the heavy fractions characterization procedure
重馏分特征化对油气藏流体相态特征模拟计算的影响
2.
fractional distillation
分馏, 分解蒸馏(法)
3.
effluent fraction
流出的馏分, 选择的馏分
4.
To separate(a distillate)by distillation.
蒸馏出用蒸馏分离（馏出物）
5.
The heavier boiling fractions remain, in liquid form on the manifold wall.
较重的沸腾着的馏分以液态停留在多孔的壁上。
6.
Development and application of R/R and MF advanced process control system in RFCC unit of Daqing
重催反再与分馏先进控制系统的开发和应用
7.
Simulation and Optimization of the Gas Fractionation Unit in the RFCC
重油催化裂化气体分馏装置的工艺模拟与优化
8.
THEORETICAL PREDICTION FOR SEVERAL IMPORTANT EQUILIBRIUM Ge ISOTOPE FRACTIONATION FACTORS
几个重要Ge同位素平衡分馏参数的理论预测
9.
Study on new catalysts of hydrorefining for VGO
新型重质馏分油加氢精制催化剂的研制
10.
A chemical component separated by fractionation.
分馏被分馏出的化学成分
11.
Measuring distillation range of petroleum fractions by Engler distillation related with gas chromatography simulated distillation technology.
基于色谱模拟蒸馏技术的石油馏分恩氏蒸馏馏程测定方法
12.
middle oil distillate
(煤油与润滑油之间的馏分) 中间馏分
13.
gasoline power fraction
汽油的主馏分, 基本汽油馏分
14.
or a vacuum distillation process to separate the heavy oil into lubricating oil stocks and asphalt
或者运用真空蒸馏工艺将重油分解成润滑油和沥青。
15.
Analysis of catalytic cracking unit coking and control method
重油催化裂化装置分馏系统结焦原因及控制方法浅析
16.
Some important Ge isotope equilibrium fractionation coefficients in organic-rich fluids
富有机物流体中一些重要Ge同位素的平衡分馏参数
17.
The importance of reference oil in simulated distillation analys for the determination of distribution of the catalytic cracking oil fraction
参考油在催化裂化生成油模拟蒸馏分析中的重要性
18.
column, fractionating or distillation ,of non-refracotry ,ceramic
陶瓷分馏或蒸馏塔,非耐火的