granulite

  • 网络麻粒岩;麻粒岩相;变粒岩
granulitegranulite
  1. Recent research indicates that the preservation of granulite facies must have accompanied by melt loss .

    相平衡研究表明麻粒岩相岩石的保存与熔体丢失有关;

  2. A present study and comment on granulite facies terrene

    麻粒岩相区地质研究现状及评述

  3. Study on experimental deformations of a felsic granulite under high temperature and pressure

    高温高压下长英质麻粒岩的实验变形研究

  4. Genetic information from fluid studies of granulite facies metamorphism

    麻粒岩中流体研究提供的成因信息

  5. The Lower Continental Crust Composition Based on Discriminant Analysis of Global Granulite Terranes

    全球麻粒岩相地体与大陆下地壳成分模型

  6. Some New Progresses and Geological significance in Studying Continental Lower Crust Granulite Xenoliths

    下地壳麻粒岩包体研究进展及其意义

  7. A new consideration about geotectonic setting of high pressure granulite belt in northwestern Hebei Province

    冀西北高压麻粒岩带构造环境的再思考

  8. Experimental research on rheological properties of a felsic granulite

    长英质麻粒岩流变性质的实验研究

  9. Experimental study of mechanism for semi brittle ductile shear zones in mafic granulite

    基性麻粒岩半脆性域剪切带形成机制的实验研究

  10. The granulite bodies have no roots and occur mainly as lenses .

    麻粒岩体呈无根的透镜状。

  11. The formation of granulite and its contribution to evolution of the continental crust

    麻粒岩的形成及其对大陆地壳演化的贡献

  12. Archaean granulite and subdivision of lower crust in eastern hebei , China

    冀东太古宙麻粒岩及下地壳分层的讨论

  13. The Panxi granulite is the most important part of Kangding complex .

    攀西麻粒岩是扬子陆块西缘康定杂岩的重要代表。

  14. Tectonic patterns in granulite terranes were dependent upon superposition of different deformation series .

    麻粒岩区的构造样式取决于以上构造变形序列的相对影响程度。

  15. Granulite xenoliths are important samples for understanding the formation and evolution of the lower crust .

    捕虏体麻粒岩是了解下地壳形成和演化的重要样品。

  16. Also , some work has been conducted on scrubber structure and installation , and granulite selection as well .

    此外,对除尘器的结构形式,安装施工质量,麻石的选用等也进行了一些探讨。

  17. Genesis of Qiongzhong Granulite : Constraints of Rare Earth Element Geochemistry

    琼中麻粒岩的成因:稀土元素地球化学制约

  18. Experimental study of melting reaction and genetic mechanism of mineral phase trans - formation in granulite facies metamorphism

    麻粒岩相条件下熔融反应与矿物相转变机制的实验研究

  19. Characteristics of some pyroxenes of granulite faces in Miyun region of Beijing

    北京密云麻粒岩相中辉石的特征

  20. Nwe findings of low pressure granulite facies metamorphic age in the Yunkai uplift

    云开隆起低压麻粒岩相变质作用时代的重要发现

  21. Oxygen Isotope Geochemistry of Granulite Inclusions in the Dabie Mountains

    大别山麻粒岩包体的氧同位素研究

  22. The metamorphic characteristics of granulite facies rocks in the laixi-pingdu area in eastern Shandong Province

    胶东莱西&平度一带麻粒岩相岩石的变质作用特征

  23. The parent magma of several rock series formed earliest originated from the lower crust of granulite facies ;

    最初形成的岩系的母岩浆,起源于麻粒岩相的下地壳。

  24. The age of the Altun granulite facies complex and the basement of the Tarim Basin

    阿尔金麻粒岩相杂岩的时代及塔里木盆地的基底

  25. Low-pressure metamorphism of granulite facies in an early Proterozoic orogenic event in central Inner Mongolia

    内蒙古中部早元古代造山事件中麻粒岩相低压变质作用

  26. The granulite fan sedimentation in Wangzhuang area is enslaved to the boundary tectonic conditions ;

    王庄地区砂砾岩扇体沉积,强烈地受制于边界构造条件;

  27. The amphibolite and basic granulite may be comparable to the world 's metamorphic tholeiite .

    斜长角闪岩和基性麻粒岩可与世界变质拉斑玄武岩对比。

  28. Rock Units of the High-Pressure Granulite Belt in the Northern Hebei Province , North China : Their Properties , Isotopic and Evolution

    冀北高压麻粒岩带岩石组合性质、同位素特征及其演化

  29. Characteristics and Temperature-Pressure Conditions for Crystallization of Pyroxene in Archean Granulite Facies of Inner Mongolia

    内蒙古太古宙麻粒岩相岩石中辉石特征和结晶温压条件

  30. The high pressured granulite belts in the Xuanhua area of Hebei Province are very worthy of being studied .

    河北省宣化地区的高压麻粒岩带是非常具有研究意义的。