地下气化,underground coal gasification
1)underground coal gasification地下气化
1.On the application ofunderground coal gasification technology in Zhundong coal field in Xinjiang新疆准东煤田应用煤炭地下气化技术的探讨
2.The power generation by usingunderground coal gasification technology can provide marked economic benefit and social benefit through demonstration project practice.煤炭地下气化用于工业发电,通过示范项目的实施,从技术和实践上给出了绿色环保工业模式,具有重大的经济效益和社会效益。
英文短句/例句
1.Influence of Stoichiometric Ratio on De-NO_x by Reburning with Coal-Gas from Underground Gasification化学当量比对地下气化煤气再燃脱硝的影响
2.Experimental Study on Underground Coal Gasification as Multicomponent Reducing Gas for Denitrification地下气化煤气作为多组分还原性气体脱硝的实验研究
3.RULE OF POROUS STRUCTURE OF SEMI-COKE IN THE UNDERGROUND COAL GASIFICATION煤炭地下气化过程中半焦孔隙结构的变化规律
4.This technique is introduced in this paper.从而解决了地下气化面不能过断层的难题。
5.UCG model test of Huating coal with oxygen-steam as gasification agent华亭煤纯氧-水蒸汽地下气化模型试验研究
6.Technical Research of the Adjusting and Controlling Mechanism of the Underground Gasification of Coal and Computer Emulation;煤炭地下气化调控机理与计算机仿真技术研究
7.Thinking About the Alteration of Energy Sources Composition in Yunnan by Using Underground Coal Gasification;煤炭地下气化促进云南能源结构变革的思考
8.Analysis of Underground Coal Gasification Power Generation Demonstration Project on Lineng Group;里能集团煤炭地下气化发电示范项目浅析
9.On the application of underground coal gasification technology in Zhundong coal field in Xinjiang新疆准东煤田应用煤炭地下气化技术的探讨
10.ANTARCTIC CLIMATE CHANGE UNDER THE BACKGROUND OF GLOBAL WARMING全球变暖背景下的南极地区气候变化
11.Geochemical evidence of shale gas existed in the Lower Paleozoic Sichuan basin四川盆地下古生界存在页岩气的地球化学依据
12.Gas may play an important part in the accumulation of iodide in subsurface waters.在地下水碘化物聚集过程中，气体可起重要作用。
13.Study on Transfer and Transformation Rule of Atrazine in Vadose Zone and Groundwater;阿特拉津在包气带和地下水迁移转化规律研究
14.Analyse Preliminarily the Characteristic of Xinjiang Wetland That Develop in the Global Climatic Change;全球气候变化下的新疆湿地演变特征初步分析
15.Smoke Control in the Case of Performance Based Design for an Underground Commercial Street;某地下商业街性能化设计中的烟气控制
16.Investigation on hydrochemical and hydrocarbon distribution in Cretaceous - Paleogene strata of Jianghan Basin;江汉盆地白垩-下第三系水化学与油气分布
17.Discussion on the"Intensive" Production Mode of City Weather Programs Innovation“集约化”制作模式下地市气象节目创新初探
18.Underground water with high chroma and low turbidity treated by process of enhanced coagulation-electro flotation filtration强化混凝-电气浮过滤处理低浊高色地下水
相关短句/例句
underground gasification地下气化
1.Study onunderground gasification test of gently inclined thin seam;缓倾斜薄煤层地下气化试验研究
2.Based on the model test, the regularity of Dongshan coalunderground gasification was obtained.通过地下气化模型试验,获得了东山煤地下气化过程的一般规律。
3.Based on the model experiment ofunderground gasification of Dayan brown coal, the gasification technology of "pure oxygen", "rich oxygen-steam", "air-steam, two stages" for producing hydrogen were researched.进行了大雁褐煤纯氧、纯氧-水蒸气和空气-水蒸气两阶段地下气化制氢工艺模型实验;研究了鼓氧量及汽氧比对煤气中的氢含量、气化过程稳定性的影响。
3)UCG地下气化
1.The reaction activity of Xiyang anthracite was measured and a model experiment of rich-oxygen of underground coal gasification(UCG) was carried out for exploring the law ofUCG of anthracite and proposing rational technical parameters.为了探索无烟煤地下气化过程的基本规律,以及制定合理的工艺参数,测定了山西昔阳无烟煤反应活性,并进行了富氧地下气化模型试验;研究了不同富氧浓度下,温度场、出口煤气有效组分含量、热值、产气率及热效率的变化规律。
2.The present situation of underground coal gasification technology at home and abroad is analyzed and the fundamental causes of affecting of developmentUCG technology is abtained.分析了世界和我国煤炭地下气化的研究现状 ,得出了影响煤炭地下气化技术发展的根本原因。
4)underground coal gasification煤地下气化
1.Dynamic Simulation of Underground Coal Gasification;煤地下气化的动态数值模拟
5)coal-gas from underground gasification地下气化煤气
1.In order to reveal the influences of NOx reduction by reburningcoal-gas from underground gasification,a research is done on the mechanism characteristics of NOx reduction with coal-gas reburning in a gas reactor test-system.在某电厂地下气化发电示范工程中,为了揭示地下气化煤气作为再燃燃料还原氮氧化物的影响规律,利用气体反应器实验装置进行了地下气化煤气在再燃过程中降低氮氧化物的机理特性研究。
6)underground catalytic gasification地下催化气化
延伸阅读
地下气化分子式：CAS号：性质：将地下煤层中的煤直接气化的过程。生成的煤气可用导管引出使用。优点是：(1)可避免采煤的繁重劳动；(2)可利用高灰分的或薄层的煤矿；(3)可节省铁路、轮船等的运输。
