大别山

dà bié shān
  • Dabie Mountain;name of a mountain range in Hupei
大别山大别山
大别山 [dà bié shān]
  • [Dabie Mountains] 湖北、安徽、河南三省交界处的山脉,西北-东南走向,为长江和淮河的分水岭,主峰1729米。中国茶叶的主要产区之一

  1. 哦,我想起来了。我们第一次是在大别山见面的。

    Now , I remember . We met for the first time in the Dabie Mountains .

  2. 大别山超高压石榴多硅白云母片岩中钻石U-Pb年龄

    U-Pb Zircon Dating of Ultrahigh-Pressure Garnet-Phengite Schist from the Dabie Mountains

  3. 大别山北部榴辉岩的Pb同位素特征

    Pb isotopic characteristics of the eclogites from the northern Dabie Mountains

  4. 大别山地壳结构的Pb同位素地球化学示踪

    Pb isotopic study on crustal structure of Dabie Mountains , central China

  5. 大别山变质岩锆石微区稀土元素和Th,U特征

    Zircon REE and Th , U Characteristics of Metamorphic Rocks from the Dabie Mountains

  6. 对大别山双河片麻状花岗岩岩体中的石英C轴组构、黑云母(001)解理极点和石英颗粒三维应变分别进行系统测量。

    Systematic measurements are made respectively on the quartz C-axis fabric , biotite ( 001 ) cleavage fabric and3-D strain analysis by quartz for gneissic granite in Shuanghe , Dabie .

  7. 大别山辉石岩-辉长岩体的锆石U-Pb年龄及其地质意义

    U-Pb zircon ages of the pyroxenite gabbro intrusions in Dabie Mountains and Their Geological Implications

  8. 大别山商城&麻城断裂带的~(40)Ar-~(39)Ar年龄及其意义

    ~ ( 40 ) Ar - ~ ( 39 ) Ar Dating of the Shangcheng & Macheng Fault Belt in the Dabie Orogen and Its Significance

  9. 大别山高级变质岩云母Rb-Sr等时线年龄测定及其地质意义

    Rb-Sr Mica Dating of High-grade Metamorphic Rocks from the Dabie Mountains and Its Geological Significance

  10. 大别山北缘晚石炭世沉积物中高Si含量碎屑多硅白云母的发现指示其沉积物源区可能出露有高压-超高压的变质岩。

    Detrital phengites of high Si contents occurred in the Late Carboniferous sediments in the northern margin of the Dabie Shan , indicating HP - UHP metamorphic rocks were possibly exposed to the source area .

  11. 大别山超高压变质带p-T-t轨迹数值模拟

    P T T path numerical modeling of UHP metamorphic belt in Dabie orogen

  12. 大别山石马地区榴辉岩P-T-t轨迹及其构造意义

    P-T-t paths and its tectonic significance of eclogites from shima , Dabie Mountains

  13. 本次研究重点解剖大别山太湖地区花凉亭水库附近地区,力图通过对各类榴辉岩峰期变质PT条件的研究,揭示南大别变质地体的地质结构。

    This study tried to reveal the geological architecture of the high ultrahigh pressure metamorphic terrain in the area of south Dabie Mountains in the light of peak metamorphic P T conditions of the eclogites .

  14. 热离子质谱测定的颗粒级锆石U-Pb不一致年龄数据处理的多边形准则&以大别山和东昆仑山深变质岩为例

    Polygonal rule for assessing the discordant U-Pb data of single-grain zircon by tims ∶ taking high-grade metamorphic rocks from Dabie and East Kunlun Mountains as examples

  15. 并认为SiO2非晶相的形成及其变化特征可能是大别山高压超高压变质带南缘蓝片岩的一次俯冲和快速折返过程的超显微证据。

    The appearance and the transforming feature of amorphous SiO2 is probably a super-microscopic evidence of subduction-obduction of blueschist rocks occurring in southern edge of high-pressure and ultrahigh-pressure metamorphic belts in Dabie mountains .

  16. 我们在大别山隔离群体(324个体)第一次发现catalase启动子区域SNP-844C/T多态与原发性高血压高度相关。

    We have identified a SNP-the catalase gene SNP-844C / T , which is strongly associated with essential hypertension after the study of isolated population of Dabie Mountain in Anhui province .

  17. 南大别山超高压岩区变质作用的P-T-t研究&兼论花岗片麻岩与超高压变质岩的关系

    Study on P-T-t of metamorphism in ultrahigh-pressure belt of Southern Dable Mountain : and discuss the relationship of granitic gneisses and UHP rocks

  18. 揭示了大别山造山带的折返是穿时的,隆起自东向西进行,而其控制因素主要为NE向的断裂体系。7.大别造山带是一个具有转换叠加性质的造山带。

    This indicates that the exhumation of the Dabie Orogenic Belt was diachronous , and that its uplift happened from east to west and was mainly controlled by the NE fault system.7.The Dabie Orogenic Belt is of transformation and superposition character .

  19. 通过对大别山太湖地区榴辉岩的岩石学、矿物成分和峰期变质P-T条件的研究表明,南大别榴辉岩可分为:①高压榴辉岩;

    On the based of petrology , minerals composition and the peak P-T conditions , the eclogites across the South Dabie can be divided into three types of eclogites : ① ultrahigh-pressure ( UHP ) eclogites ;

  20. 方法应用荧光标记自动测序法测定来自安徽大别山地区80名非亲缘关系人群β2-AR基因序列,确定单核苷酸多态位点及基因型。

    Methods β 2 AR gene was sequenced to detect SNPs by fluorescent labeling automatic sequencing method in 80 unrelated samples from territory of Dabie Mountain in Anhui province .

  21. 大别山燕山期HREE和Y强烈亏损的花岗岩由增厚(>40km)的下地壳物质熔融形成,其热源可能是同期底侵的镁铁质一超镁铁质岩浆。

    The HREE and Y-depleted granites in the Dabie Mountains were most probably produced by partial melting of lower mafic rocks in the thickened crust ( > 40km ) due to the underplating mafic magmas heating the lower crust .

  22. 北桐柏地区镁铁质麻粒岩锆石U-Pb年代学及变质作用东秦岭-桐柏-大别山碰撞造山带北部早古生代变质火山岩系特征及其形成环境

    Zircon U-Pb geochronology and metamorphism of mafic granulite from North tongbai , central china . the characteristics of the metavolcanic rock series of Early Palaeozoic era and the structural environment of their genesis in the northern part of the East qinling-tongbai-dabie collision type orogenic belt

  23. 为了探讨大别山名义上无水矿物(NAMs)中结构水的分布特征,研究相关的流体活动、矿物变形以及板块俯冲和折返动力学过程提供重要的微观信息。

    The distribution characteristics of structural water in nominally anhydrous minerals ( NAMs ) from Dabie mountains can provide important microscopic information on some aspects of the related fluid activities , mineral deformation , dynamical process of blocks subduction and exhumation .

  24. 黝帘石-蓝晶石-柯石英组合的出现指示大别山榴辉岩的压力上限未达到硬柱石的稳定区域,其形成压力不会超过4.0~4.5GPa。

    The occurrence of zoisite + kyanite + coesite assemblage indicates that the upper pressure limit of eclogite in the Dabie Mountains does not reach the stability field of lawsonite , and therefore could not exceed 4 . 0-4 . 5 GPa .

  25. 大别山超高压硬玉石英岩中的水:来自红外光谱的证据

    Water in UHP Jadeite-Quartzites of Dabie Mountains : Evidence from Micro-FTIR

  26. 大别山超高压正片麻岩:岩石学及变质演化

    Ultrahigh-pressure ORTHOGNEISSES from the Dabie mountains : petrology and metamorphic evolution

  27. 大别山榴辉岩中磷灰石的结构碳酸根

    Structural carbonate within apatite from eclogites in the southeastern Dabie Mountains

  28. 大别山北部榴辉岩的大地构造属性及冷却史

    Tectonic Setting and Cooling History of Eclogites from Northern Dabie Mountains

  29. 大别山隧道全断面开挖掏槽眼施工技术研究

    Research on the full face excavation technology of Dabie mountain tunnel

  30. 大别山(六安)国家地质公园营销渠道研究

    The Study on Dabieshan ( Lu'an ) National Geoparks Marketing Channels