Study on asphaltene and resin of chloroform rock extracts and crude oils

So 300 ℃ is a relatively suitable asphaltene pyrolysis temperature for oil/ oil correlation.

因此，对于采用生物标志物恢复的方法来进行油/油对比时，300℃是沥青质热解实验较合适的温度。

Adsorption characteristics of asphaltene on silica sand and wettability by SEM

沥青在石英砂上吸附特征和润湿性的微观研究

Phase behavior and equilibrium in asphaltene precipitation process with antisolvent

抗溶剂沉淀沥青质过程相态及相平衡研究

Research of Asphaltene Plugging Mechanism in Porous Media

多孔介质中沥青堵塞机理

The processes of asphaltene adsorption and deposition and their effects on productivity;

原油沥青质吸附沉积过程及其对产能的影响；

Molecular size and micellar particle size of asphaltene in vacuum residues

渣油中沥青质分子颗粒尺寸及其胶粒模型研究

Asphaltene structure in reservoir affected by discharge of secondary condensate oil: laboratory simulation

凝析油充注对油藏沥青质分子结构的影响

Processing and Performance Evaluation of Paving Asphalt from High Asphaltene Tahe Crude Oil

高沥青质塔河原油制备道路沥青的工艺及性能评价

Mechanism and evaluation of formation damage induced by deposition and adsorption of crude asphaltene

原油沥青质沉积和吸附引起储层损害的机理及损害程度评价

Therefore, controlling the formation of asphaltene is important to asphalt aging resistance.

控制沥青质的生成对防止沥青老化有重要意义。

First, extract the asphaltene and resin taking oil separation method as a reference.

借鉴石油三组分分离沥青质和胶质的方法，分离提取出低温煤焦油沥青质和胶质。

A Study of Asphaltene Deposition Caused by CO_2 Injection in Reservoirs

向油藏中注CO2时引起的沥青质沉淀研究

Experiment on precipitation amount and mechanism of asphaltene in high-pressure gas injection process

高压注气过程中沥青质沉淀机理及规律的实验研究

The asphaltene contents in one kinds asphalt was higher than another asphalt.

两种基质沥青是指四组分含量差别较大。

An effective method for determination of asphaltene content in oils is reported.

介绍了一种用分光光度法测定油品中的沥青质含量的方法。

Preparation of natural oil wet cores by using asphaltene crude oil

利用沥青质原油制备天然油湿岩心

Adsorption and Precipitation Mechanism of Petroleum Asphaltene and its Influence Factors

石油沥青质的吸附、沉淀机理及其影响因素

Evaluation and control of formation damage induced by crude asphaltene precipitation

原油沥青质沉积引起储层损害的评价与控制

Its component is characteristic of high resin and low asphaltene.

其组成具有高胶质、低沥青质的特点。

Experimental studies on asphaltene precipitation under high pressure gas injection

高压注气条件下沥青质沉淀的实验研究