鄯善县,shanshan英语短句,例句大全

鄯善县,shanshan
1)shanshan鄯善县
1.It is regarded that the magmatic activity is end in Upper Hercynides and become stable platform in Mesozoic era in the Shanshan county, Xinjiang province, China.众多地质工作者认为,新疆鄯善县恰舒阿山一带的岩浆活动终止于海西晚期,中生代后进入稳定的地台盖层发展阶段。

英文短句/例句

1.Analysis of Epidemic Situation and Trend of AIDS in Shanshan County,Xinjiang from 2002 to 20082002～2008年鄯善县艾滋病流行趋势分析
2.Study on Agro-landscape Change of the Latest 30 Years in Shanshan Oasis, Xinjiang;近三十年新疆鄯善县绿洲农业景观演变研究
3.Driven Forces to Landuse/Land Cover Change in Shanshan in Xinjiang;新疆鄯善县土地利用/覆盖变化及驱动力分析
4.Shiyingtan Gold Ore Mineralogy and Gold Mineral Characteristic in Shanshan Xinjiang新疆鄯善县石英滩金矿石矿物学和金矿物特征
5.Construction of county-level land use database based on MapGIS--talking Shanshan county,Xinjiang Uygur Autonomous Region for example基于MAPGIS的县级土地利用数据库建设——以新疆鄯善县为例
6.THE VEGETATION AND ITS DEVELOPING OF THE KURUK TAG ALONG THE NORTHERN PIEDMONT IN SHAN SHAN COUNTY鄯善县南部库鲁克塔格东端北麓植被资源及其开发
7.The Spreading and Inheriting History and Actuality of Uygur s Songs and Dances in Lukeqin Town, Tulufan Area;吐鲁番地区鄯善县鲁克沁镇维吾尔族歌舞艺术的传承历史与现状
8.The Discovery and Significance of Buddhist Scripture Relics Unearthed in Shanshan County;鄯善县出土《诸佛要集经》汉文写本残片的发现及其意义
9.Volcanic Rocks Around the Shiyingtan Gold Mine, Shanshan and the Relationship to the Gold Mineralization鄯善县石英滩金矿区火山岩及其与金矿成矿关系研究
10.Efficiency evaluation of the urban industrial structure based on DEA model:A case of Shanshan county基于DEA模型的城镇产业结构效率评价——以新疆鄯善县为例
11.Research on Land Use Change Based on CA Model基于CA模型的土地利用变化研究——以新疆鄯善县为例
12.Tectonic Setting and Petrogenesis Analysis of Xiaorequanzi Formation in Shanshan Xinjiang新疆鄯善县亚尔沙布拉克地区小热泉子组火山岩构造环境和岩石成因分析
13.Secularization of Buddhism in the Shanshan Kingdom Reflected in Kharosthi Documents;从佉卢文文书看鄯善国佛教的世俗化
14.Evaluating Effect of Flooding in High Water-cut Stage in Shanshan Oilfield鄯善油田高含水期水驱开发效果评价
15.The Northern Wei Dynasty (386-534) set up Shanshan and Yanqi garrison commands to strengthen its administration of the Western Regions.北魏王朝设置鄯善镇、焉耆镇，加强对西域的治理。
16.MIDDLE JURASSIC SPORE POLLEN ASSEMBLAGES FROM TURPAN SHANSHAN AREA, XINJIANG新疆吐鲁番-鄯善地区中侏罗世孢粉组合
17.The Research on the Properties Analysis of Reservoir and Liquid in Shanshan Oilfield鄯善油田储层物性及流体性质分析研究
18.The Research of Oil-water Seepage Rule and Water-flooding Mechanism of Shanshan Oilfield鄯善油田油水渗流规律及水驱油机理研究

相关短句/例句

Shanshan County鄯善县
1.The Name of Shanshan County and the Migration of Shanshan People论鄯善县名及鄯善国人的迁徙
2.Weather Process Analysis on a Great Rainfall in Shanshan County鄯善县一次大降水天气过程分析
3)Shanshan鄯善
1.Wild Investigation to Plant Resource of Shanshan in Xinjiang;新疆鄯善野生植物资源调查
2.Driven Forces to Landuse/Land Cover Change in Shanshan in Xinjiang;新疆鄯善县土地利用/覆盖变化及驱动力分析
3.Tri-element Structure of Shanshan Arcaeological Culture;论鄯善考古学文化的三元结构
4)Shanshan oilfield鄯善油田
1.Analysis of dominant factors of the oil-water interface in the oil reservoir of Sanjianfang Formation,Shanshan Oilfield;鄯善油田三间房组油藏油水界面分布状态的主导因素分析
2.The technical study of the increasing pressure and water injection well stimulation in Shanshan Oilfield;特低渗透油田高含水期提压增注技术研究——以鄯善油田为例
3.The study and application of proper injection-production ratio in medium water cut period in Shanshan Oilfield;鄯善油田中含水期合理注采比研究与应用
5)Shanshan formation鄯善群
1.By using the geological, log and seismic data,the types of the micro-facies of the Shanshan formation in Shale oil and gas field in Tuha basin were studied, and the distribution of the micro-facies of the forth sub-member was analyzed.认为本区第三系鄯善群属冲积扇扇中亚相沉积,主要微相类型是辫状水道和漫溢(可见扇中泥石流和辫流砂岛)。
6)Shanshan oil field鄯善油田
1.Stratigraphic correlation of the Sanjianfang Formation in the Shanshan oil field, Xinjiang;新疆鄯善油田三间房组的小层对比
2.Properties of Clay Mineral of Clastic Rock in Shanshan Oil Field,Xinjiang;新疆鄯善油田碎屑岩中的粘土矿物特征
3.Based on the investigation of field joints and cracks in the field paleomagnetic orientation of cracks in cores,and identification of cracks in dip logging curve,we have analyzed the tectonic stress field in Shanshan oil field.通过野外节理裂缝的观测，钻井岩心裂缝的古地磁定向与倾角测井裂缝解释，分析了鄯善油田构造应力场，得出鄯善油田储层构造裂缝发育方位主要为Ｎ３０°—４０°Ｅ，Ｎ３０°—５０°Ｗ，为一对ＮＥ、ＮＷ向共轭断裂。