烃类

C6~C8烃类转化及芳构化反应机理的研究

Studies on mechanism for conversion and aromatization of C_6-C_8 hydrocarbons

C4～C（10）烃类在OV&101柱上的保留指数

Kovats Indices of C_4-C_ ( 10 ) Hydrocarbons on Apolar Quartz Capillary

C4烃类催化转化反应条件的研究

Study on the reaction conditions of converting c_4 hydrocarbons

不同组成的C4烃类催化转化反应规律的实验研究

Experiment Study on catalytic converting reaction rules of c_4 hydrocarbons with different compositions

离子液体溶解性能对C4烃类烷基化的影响

Effect of Ion Liquid Dissolvability to C_4 Alkylation

高演化区天然气中C6~+烃类分析方法和地质应用

Analysis method and geological application of c_6 ~ + hydrocarbons in natural gas of high evolution areas

N，N-二甲基羟胺辐解产生的气态烃类的定性和定量分析

Qualitative and quantitative analysis of light hydrocarbons produced by radiation degradation of N , N-dimethyl hydroxylamine

本文简要介绍轻质烃类C2&C9的分析方法。

This paper gives a brief presentation on the techniques in the analysis of C_2 & C_9 light hydrocarbons .

济阳拗陷非烃类气藏（CO2、He）的成因探讨

Genesis of the non hydrocarbon gas reservoir ( co 2 、 he ) in Jiyang Depression

其地球化学特征表现在烃类的组成、C6&C7的轻烃组成及同位素组成等方面有着明显的不同。主体为高成熟的腐泥型气，与海相原油密切共生；

The geochemical characteristics of natural gas exhibit a great variations with respect to composition of hydrocarbon , C_6 & C_7 light hydrocarbon , isotope and so on .

烃类组分、非烃组分分布以及天然气δ~（13）C1值在和田河气田的东、西部存在明显的差异。

The content of hydrocarbon and non-hydrocarbon gases and δ 13C1 values in the eastern part of the field are obviously different from those in the western part .

加油站膜分离烃类VOCs回收技术分析

Analysis of Membrane based hydrocarbon VOCs recovery technique at petrol stations

TiO2粉末的悬浮体系石油烃类化合物光催化降解

Photodegradation of Hydrocarbons Catalyzed by TiO_2 in Aqueous Suspension

固体废物中多环芳烃类化合物（PAHs）的浸出特性研究

Study on Leaching Characteristics of Polycyclic Aromatic Hydrocarbons ( PAHs ) of Solid Waste

因此，品质因子可作为油气储层识别和烃类检测的一个判断标志，由此可见品质因子Q的准确反演显的很重要。

Therefore , th-e quality factor can be used as oil and gas reservoir recognition and hydrocarbon detec-tion a judgment sign .

烃类选择性催化氧化反应按Redox机理进行的一个重要信息

An Important Information for the Selectivity Catalytic-Oxidation Reaction of Hydrocarbons on the Basis of Redox Mechanism

CO2、烃类、H2等气体在热水成矿体系中极度富集甚至形成独立气流，与热水流体共存。

Gases such as CO2 , hydrocarbon and H2 are extremely concentrated and even form independent gas flow coexisting with hydrothermal fluids in ore-forming hydrothermal system .

镧改性HL沸石在烃类催化裂化催化剂中的应用

Application of La-Modified HL Zeolite in Cracking Catalyst

结果发现环己烷同时转化为CO、CH4、CO2及H2，不转化为其它烃类；

It is found that cyclohexane is converted into CO 、 CH_4 , CO_2 and H_2 at the same time , no other hydrocarbon is formed .

岩石与天然气中C1-C9烃类分析方法的研究

Study of an analytical method for c_1 - c_9 hydrocarbons in rocks and natural gas

TiO2光催化降解脂肪烃类反应机制的探析

TiO-Catalyzed Photodegradation of Hydrocarbons

采用熔融硅Al2O3/KCl大孔径毛细管柱，用气相色谱直接进样方式，对汽车尾气中的低碳烃类化合物进行了分析监测。

By using fused silica Al2O3 / KCl capillary column to analyze C1-C4 hydrocarbons in automobile exhaust gas and atmosphere , and sample directly by GC .

在LNG的液化过程中，天然气中的水、惰性气体、C5等烃类基本被脱去，燃烧时温室气体排放量低，被公认为是未来世界普遍采用的燃料。

In the LNG liquified process , water , inert gases , hydrocarbons like C5 are eliminated .

烃类转化FZ系列NiO/Al2O3催化剂的热分析

Thermal Analysis of FZ Series NiO / Al_2O_3 Catalysts for Conversion of Hydrocarbon to Hydrogen in H_2

GW接触式烃类检测技术在钻井安全上的应用

The application of GW contact type hydrocarbon detecting technology in drilling safety

在烃类的热解气相色谱中，使用氧化铝色谱柱和TCD/FID串联的双检测器系统，在一次进样之后，可同时检测出热解产物中的氢和C1～C6烷烯烃。

In pyrolysis gas chromatography an alumina column and TCD / FID detectors in series are used . H2 and C1 - C6 hydrocarbons in the pyrolysis products can be simultaneously measured for one sample input .

利用脉冲微反色谱技术对C5～C8的烃类进行了催化裂解的研究。

Pulse micro-reactor was used to investigate the catalytic pyrolysis of hydrocarbons .

油气烃类体系完整P-T相图模拟计算

The Complete P-T Phase Diagram Calculation for Hydrocarbon Systems

烃类流体包裹体的最小捕获压力可以通过其在PT空间投影的等容线单值变化和等容线的物理特性来确定。

The minimum trapping pressure ratio of hydrocarbon fluid inclusions can be defined by their isochore single value variations in P-T space projection and physical property of their isochore .

重铬酸钾法测定COD时，一般存在着该法对苯及其芳烃类的有机物氧化率偏低的问题。

There exists a problem of lower percentage of oxidization to the organic matters of benzene and aromatic hydrocarbons when we determine the COD by the method of potassium dichromate titration .