能源矿产

  • 网络energy mineral resources
能源矿产能源矿产
  1. 煤炭、石油和天然气是陕西的主要能源矿产资源。

    The coal , the petroleum and the natural gas are primary energy mineral resources in Shaanxi .

  2. 并提出加强能源矿产资源勘察开发,减少煤炭资源浪费,进一步调整能源产业结构等建议。

    The suggestion is put forward to strengthen the exploitation of the energy mineral resources , reduce the coal waste of resources and further adjust the energy industrial structure .

  3. 能源矿产伴生流体的Q型聚类分析结果反映出石油的贼存层位以及所赋存的构造位置是影响其元素地球化学特征的主要因素:石油伴生水与石油有一定成因联系;

    4 > The result of Q-clustering analysis on the fluid accompanying with Energy Mineral Diposits says that the formation and the tectonic site the petroleum lying in mainly impact on its element geochemistry . There is some relation between petroleum and its associated water on origin .

  4. 鄂尔多斯盆地演化与多种能源矿产分布

    Evolution of Ordos Basin and Its Distribution of Various Energy Resources

  5. 中国能源矿产态势与可持续开发利用对策

    China Mineral Resources Situation and Countermeasures of Sustainable Exploitation and Utilization

  6. 阜新盆地地质背景与多能源矿产评述

    Study of geological settings of Fuxin Basin and multi-energy reserves

  7. 能源矿产资源产权价值确定与补偿机制探讨

    Assessment of Energy Mineral Resource Property and Its Compensation Mechanism

  8. 盆地构造演化沉积环境及非煤能源矿产评述

    Comments on structural evolution , depositional environment and minerals of non-coal energy

  9. 石油天然气资源是重要的能源矿产,是保障国家安全的重要战略性资源。

    Oil and gas resources are important strategic resources to protect national security .

  10. 其他非能源矿产资源的税率应低于这一水平。

    Other mineral resources should set a lower rate .

  11. 青海省能源矿产需求预测研究

    Forecast for Qinghai Province 's Demand on Energy Minerals

  12. 煤炭是我国主要的能源矿产资源,也是重要的化工原料。

    Coal is main mineral resources of China and major material in chemical industry .

  13. 中-东亚能源矿产成矿域区划和盆地类型

    Subdivisions of the Central-East Asia Multi-Energy Minerals Metallogenetic Domain and Types of Those Basins

  14. 多种能源矿产赋存与盆地成藏(矿)系统

    Occurrences of multiple energy mineral deposits and mineralization / reservoiring system in the basin

  15. 多种能源矿产同盆共存富集的地质条件及其特征

    Geological conditions and characteristics of various energy resources coexisted and enriched in same basin

  16. 地表元素地球化学分区与能源矿产分布特征密切相关;

    There is close relationship between the geochemical division and the energy mineral distribution .

  17. 世界能源矿产资源形势及其发展战略

    The state of mineral resources sources of energy in world and policies for their development

  18. 鄂尔多斯盆地多种能源矿产共存富集形式及沉积控制

    The Concurrent Enrichment Form and Deposition Control of the Multiple Energy Resources in Ordos Basin

  19. 伊盟隆起东胜地区热演化史与多种能源矿产的关系

    Relationship between thermal history and various energy mineral deposits in Dongsheng area , Yimeng uplift

  20. 能源矿产开发的短视性;

    The short-eyed exploitation in energy minerals ;

  21. 鄂尔多斯盆地富含油、气、煤、铀等多种能源矿产。

    Ordos basin is abundant in energy minerals of oil , gas , coal and uranium .

  22. 石油天然气是重要的能源矿产和战略性资源,其供需形势及开发利用直接影响着国家经济安全。

    Oil and gas are the most strategic resources which influenced the safety of national economy .

  23. 陕西能源矿产资源开发必须更新观念,走可持续发展道路。

    The Shaanxi government must renew the idea , make the exploitation of energy mineral resource sustainable .

  24. 多种能源矿产共存富集的盆地动力学问题正在成为地质学家期待解决的前缘科学问题。

    Aim To study the geochemistry feature of basement fractures and the relationship between them with energy minerals .

  25. 陕西能源矿产分布广泛,品质优良,开发历史悠久。

    The minerals widespread distribution , of whose the exploitation history is glorious , are excellent in quality .

  26. 石炭-二叠纪特殊的沉积环境,形成以煤为主的能源矿产。

    The multiple energy resources dominated by the coal were formed in the special depositional environment of Permian-Carboniferous .

  27. 鄂尔多斯中生代陆相盆地层序地层格架及多种能源矿产聚集

    Sequence stratigraphic framework and its control on accumulation of various energy resources in the Mesozoic continental basins in Ordos

  28. 基底断裂控制了多种能源矿产和地球化学场的分布特征;

    The distribution of the Multi-energy Mineral Diposits and the geochemical field is controlled by the basement faults in the basin .

  29. 元素地球化学特征和同位素特征反映部分能源矿产中含有深部流体成分;

    The character of elements geochemical and carbon isotope all show that there are deep fluid components in some Energy Minerals .

  30. 该方法不但为盆地断裂构造的研究提供了依据,而且为区域上油、气、煤、铀矿等多种能源矿产同盆共存的预测及协同勘探提供了参考。

    It is useful to study rift structure and co-explore for oil , gas , coal and uranium resources in Ordos Basin .