含氧煤层气,oxygen-bearing coal mine methane
1)oxygen-bearing coal mine methane含氧煤层气
1.In order to make use of theoxygen-bearing coal mine methane(CMM)effectively,sulfide oxidation is introduced,and the impact of reaction temperature,flow velocity,catalyst and other factors on the deoxygenation process is investigated using TG technology and fixed-bed reator.为了充分利用含氧煤层气,采用硫化物氧化法,利用热重和固定床反应器研究了含氧煤层气脱氧过程中温度、流速及催化剂等因素的影响。
英文短句/例句
1.DEOXYGENATION CHARACTERISTIC OF SULFIDE OXIDATION IN THE PROCESS OF OXYGEN-BEARING COAL MINE METHANE含氧煤层气脱氧过程中硫化物的脱氧特性
2.Security technology of methane recovery from coalbed gas with oxygen从含氧煤层气中安全分离提纯甲烷的工艺方法
3.The Deoxygenation Study of Oxygen-Bearing Coal Mine Methane Based on Circulation of Sulfide and Sulfate基于硫化物—硫酸盐循环的含氧煤层气的脱氧研究
4.Coal Seam Gas-bearing Properties and Theoretical CBM Recoverable Ratios in Wulunshan Mine Area, Guizhou五轮山矿区煤层含气性与煤层气理论抽采率
5.Effect of roof aquifers on the coalbed methane well pattern productivity顶板含水层对煤层气井网产能的影响
6.CBM storage character of lignite and gas content estimate method褐煤煤层气储集特征及气含量确定方法
7.Regeneration of Fe_2O_3-based high temperature coal gas desulfurizer in atmosphere with oxygen含氧气氛下氧化铁基高温煤气脱硫剂再生行为
8.Research on Adsorption-Liquefaction Processes of Coalbed Methane with High Nitrogen Content;高含氮量煤层气吸附—液化过程研究
9.Analysis on Influencing Factors of the Determination Period of Coal Methane Content煤层气含量测定周期的影响因素分析
10.Study on the Prospect of CBM Resources in Tianshan Jurassic System Coal-Bearing Basin天山侏罗系含煤盆地煤层气资源前景研究
11.The Solutions for The High Carbon Dioxide Level in The Anticline Coal-bedMethane对乌鲁木齐七道湾背斜煤层气中二氧化碳含量较高问题的解决思路
12.Study on Simulation Experiment and Estimate Model for Coalbed Methane Lost Gas Content煤层气损失气含量模拟试验及估算模型探讨
13.Simulation experiment and result analysis on lost gas content of coalbed methane煤层气损失气含量模拟试验及结果分析
14.Resource condition evaluation and ranking analysis of coalbed methane zones in China中国煤层气含气带资源条件评价与排序分析
15.Application of grey system theory in prediction of coalbed methane content;灰色系统理论在煤层气含量预测中的应用
16.Geological Characteristics and Gas-bearing Properties of Mineable Coal Seams in Wulunshan Mine Area五轮山矿区可采煤层地质特征及含气性
17.Prediction of gas content in deep coalbeds at Fengfeng Dacheng Kaiping mining areas峰峰、大城、开平矿区深部煤层含气量预测
18.Gas-Bearing Characteristics of Coal Reservoirs and Their Geological Dynamic Controlling Factors煤储层含气性特征及其地质动力学控制因素
相关短句/例句
CBM content煤层气含量
3)coalbed gas content煤层含气量
1.Prediction ofcoalbed gas content based on support vector machine regression;基于支持向量机回归的煤层含气量预测
2.Put forward in this paper is the model using back-propagation artificial neural networks to predict coal quality parameters andcoalbed gas content.提出利用ＢＰ神经网络预测煤质参数及煤层气含量的模型和算法，预测的煤质参数以及煤层含气量与煤样分析结果比较表明，预测与煤样分析参数之间的平均绝对误差和相对误差都较小，精度满足定量计算的要
4)coal seam gas containing feature煤层含气性
1.discusses thecoal seam gas containing features,gas bearing control factors and evolution course of hydrocarbon based on coal bearing.通过城子河组含煤性、煤层的煤体结构、煤裂隙发育特征、渗透性与孔隙度、储层压力、煤的吸附性等储层特征探讨煤层含气性、含气控制因素及煤生烃历程勺演化。
5)adsorbed methane-coal system含吸附煤层气煤
6)Coal-bed methane deoxygenization煤层气除氧
延伸阅读
煤层气(见煤成气)煤层气(见煤成气)coal-bed gas:see coal derived gas于煤煤层气(c oal一bed gas)以吸附状态赋存层内部的煤成气。见谋成气。-
