1.
The Study on Spark Ignition Engines Fueled with Variable Components of Coal-bed Gas;
火花点火式发动机燃用变组分煤层气研究
2.
An Improvement on Electronic Control System for Engine Fueled with Coal-Bed Gas of Various Components and Simulation Experiments;
变组分煤层气发动机电控系统的改进及仿真实验研究
3.
A Study on an Electronic Control Unit for Spark Ignition Engine Fueled with Various Components Coal Bed Methane;
火花点火式发动机燃用变组分煤层气电控单元的研究
4.
A Study for Application on Spark Ignition Engine Fueled with Various Components Coal Bed Methane;
火花点火发动机燃用变组分煤层气的燃烧模型和主要排放模型研究
5.
Factors affected coal seam permeability change and its law is analyzed.
分析了煤层透气性变化的影响因素及变化规律。
6.
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
7.
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;
8.
Group of Experts on the Use and Distribution of Gas
煤气使用和分配专家组
9.
The slime layer consists of one aerobic and one anaerobic sublayer.
粘膜层由好气分层和厌气分层所组成。
10.
Classification on Dual Type of Coal Bed Methane Basin in China Mainland
中国大陆煤层气盆地双层次类型划分
11.
Research on Pressure Swing Adsorption Enrichment of Coal Seam Methane by the Modified Coal;
改性煤变压吸附浓缩煤层气中甲烷的研究
12.
Coal Property Characteristics and Change Rules of Yongqing Group Coal Bed in Jixi Basin
鸡西盆地永庆组煤层的煤质特征及其变化规律
13.
Analysis of manufactured gas composition by gas chromatography
GB/T10410.1-1989人工煤气组分气相色谱分析法
14.
Analysis of Power Consumption of the Liquefaction Technology for Separation of CMM at Low Temperature
煤矿区煤层气低温分离液化工艺功耗分析
15.
Rock deformation mechanisms and its influence on poecolation ability for CBM reservoirs
煤层气储层变形机理及对渗流能力的影响研究
16.
Analysis on Existent Condition of Coal-Bed Methane in Huanghebei Coalfield and Adjacent Region;
黄河北煤田及邻区煤层气赋存条件分析
17.
Analysis of Coal-Bed Methane Occurrence Condition of Chengzihe and Xinghua Mining Area in Jixi Coalfield
鸡西煤田城子河—杏花矿区煤层气赋存条件分析
18.
Analyse of Gushan Coal Mine in Xinggong Coalfield Coalbed Methane Accumulation Process of Integration
荥巩煤田谷山井田煤层气富集成藏过程分析