1.
CHARACTERISTICS OF CARBON ISOTOPE COMPOSITION FROM SECONDARY BIOGENIC GAS IN COALBED GASES--TAKING THE HUAINAN COAL FIELD AS AN EXAMPLE
含次生生物成因煤层气的碳同位素组成特征——以淮南煤田为例
2.
Coal Reservoir Properties and Coalbed Gas Controlling Factors of Jiaozuo Coalfield
焦作煤田煤储层物性特征及控气因素
3.
Abiogenic Gas and the Deep Gas in the Songliao Basin:An Overview and Consideration
非生物成因气与松辽盆地深层气:综述与思考
4.
Study on the Causes and Countermeasures of Disputes between Coal and Coalbed Methane;
煤炭与煤层气矿业权争议的成因及对策研究
5.
The Formation Mechanisms of Abnormal Pressure and Factor in Control of the Coal Bed Gas in Qinshui Basin;
煤层气储层流体异常压力成因机理研究
6.
Coalbed gas reservoirs:Boundary types,main controlling factors of gas pooling,and forecast of gas-rich areas
煤层气藏边界类型、成藏主控因素及富集区预测
7.
Concentration Anomaly of CBM Components and Its Geochemical Origin
煤层气组分浓度异常及其地球化学成因
8.
Thermodynamics-Dynamics Model and Experiment Study of Coal Bed Methane Hydrate Synthesized;
煤层气水合物合成的热—动力学模型与实验研究
9.
Study on Genesis of Coal Structure of No.8&10 Coal Seams in Luling Mining
芦岭煤矿8、10煤层煤体结构成因探讨
10.
Application of material balance method to productivity forecast in coalbed methane reservoir
物质平衡法在煤层气藏生产动态预测中的应用
11.
Numerical Simulation on Diffusion Combustion and NO_X Generation Characteristics of Coal Bed Methane
煤层气扩散燃烧及NO_X生成特性数值模拟
12.
②the microspore structure and its distribution of coal and CBM compositions, especially the heavy hydrocarbon;
②煤的微孔结构和煤层气组成,特别是重烃组分有利于甲烷水合物在煤中的形成;
13.
Elementary Analysis of CBM Reservoir-Forming Conditions in Kaiping Coal Basin in Hebei Province
河北省开平煤田煤层气成藏条件浅析
14.
Characteristics and origins of the gas hydrates in the Muli coalfield of Qinghai
青海木里煤田天然气水合物特征与成因
15.
Effect of Inherent Mineral and Iron Addition on Gaseous Product during Coal Pyrolysis
煤中固有矿物质及Fe添加剂对西部煤热解气相产物生成的影响
16.
PULVERIZED COAL COMBUSTION AND NO_x EMISSIONS IN HIGH TEMPERATURE AIR
煤粉高温空气燃烧与氮氧化物生成特性
17.
With similar geology factors of controlling gas, the content of coalbed methane is controlled by effective stage of gas generation and the rate of gas generation in this stage.
在其它控气地质因素相似的前提下，有效生气阶段和有效阶段生气率控制着煤层含气量的高低。
18.
Exposition on material base and preservation causes of oolitic beach reservoir in Puguang Gas Field
普光气田鲕滩储层形成的物质基础和保存成因