麻粒巖的 的英文怎麼說

中文拼音 [yánde]
麻粒巖的 英文
granulitic
  • : 麻構詞成分。
  • : Ⅰ名 (小圓珠形或小碎塊形物) small particles; grain; granule; pellet Ⅱ量詞(用於粒狀物)
  • : 名詞1. (巖石) rock 2. (巖峰) cliff; crag
  • : 4次方是 The fourth power of 2 is direction
  • 麻粒巖 : granulite
  1. Lots of information suggest that the metamorphism process of this area are from granulite facies to amphibolite facies and the retrograded metamorphic path is basically a cw nearly isothermal decompressional evolvement trend

    各種信息表明本區變質作用是由相退變到角閃相。退變質軌跡基本上是一個順時針近等溫減壓型演化趨勢。
  2. Based on the studies of petrotexture, structural deformation and the relevant metamorphism, this paper indicates that this peridotite massif is the product of ultramafic magma cumulated at the crust - mantle transtion zone and has undergone the early stage of plastic deformation under the condition of granulite facies ( 800 ) and late ductile shearing at amphibolite and greenschist facies in relevance to uplifting

    本文通過結構、構造變形及相應變質作用研究,提出了該橄欖體是由超基性漿在殼幔過渡帶結晶而成,並經歷了與圍一致相( 800 )條件下早期塑性變形以及角閃相和綠片相退化變質條件下與逆沖上升有關韌性剪切變形。
  3. High - pressure granulite and the coexisting eclogite and coesite - bearing ultrahigh - pressure eclogite have been subsequently found in the western syntaxis since 80s " last century

    自20世紀80年代以來,西構造結已經發現了高壓,與高壓共生榴輝和含柯石英超高壓榴輝
  4. Since eclogite and the coexisting high - pressure granulite have been found in western syntaxis, we ' ll ask whether it is possible that eclogite also can occur in eastern syntaxis

    西構造結已經發現榴輝和與之共生高壓,東構造結是否也可能存在榴輝
  5. Lithogeochemistry and lithogenetic epoch for shaba granulite in mianning, sichuan

    四川冕寧沙壩麻粒巖的石地球化學性質及形成時代
  6. Granulite - facies retrograde metamorphism of garnet pyroxenite in muzidian, northern dabie mountains

    北大別木子店石榴輝石相退變質作用
  7. The high pressured granulite belts in the xuanhua area of hebei province are very worthy of being studied

    河北省宣化地區高壓帶是非常具有研究意義
  8. Siziwangqi of inner mongolia is located on the north margin of north china craton, the junction of north china craton and siberia. granulite xenoliths are found there in cretaceous basalt. these xenoliths are mainly plagioclase - pyroxenite

    內蒙古四子王旗地區地處華北板塊北緣,與西伯利亞板塊接合部,其早白堊世橄欖玄武中發現大量下地殼捕虜體,並可見輝石長石捕虜晶。
  9. The lithology of c petrofabric is marble, accidental gneiss. by field attitude, rock association character, petrography and petrochemistry, we know that the protolith of a petrofabric is mainly composed of pelite, sandstone and basic to acidic volcanic, that of b petrofabric mainly a suite of pelite, sandstone ( maybe include volcanic ), and that of c petrofabric mainly limestone, impurity limestone, a few of pelite and pyroclastic rock

    A性主要是各種角閃類和片類夾有片,偶有變、大理。 b性主要是各種片夾有大理、石英。 c組主要是一套大理,偶有片
  10. Granulites are the important component of the crust and there are high - pressured granulites generated in many areas of phanerozoic erogenic belts on the earth

    是地殼重要組成部分。全球許多顯生宙造山帶基地有高壓麻粒巖的產出。
  11. Different rock mass on the remote sensing images were obtained, based on a comprehensive remote - structure analysis, a new acknowledge on the characteristics of regional structure in tonghuashan - yushugou area was acquired. it was suggested that tonghuashan - yushugou area underwent multi - phase structure movement, multi - phase, multi - orientation > multi - level deformed structure superimposed each other accompanied with complex deformation

    通過遙感?構造綜合解析,總結出從遙感圖像上辨識高壓地體、韌性剪切帶、疊加褶皺及不同應變帶、不同類型面理和不同圖像處理方法,並獲得榆樹溝?銅花山地區區域地質特徵重新認識。
  12. Studies on the metamorphism and ptt path of the granulites now become to be one of the most important methods to module a structural evolvement pattern of erogenic belts

    研究高壓麻粒巖的變質作用和ptt軌跡已成為建立造山帶演化構造模式最重要途徑之一。
  13. Quantitative calculation of trace element content for the residue after partial melting suggests that intermediate - mafic granulites outcropped in the dabie orogen are not the residue of partial melting

    殘留相微量元素定量計算結果表明,大別山現今出露中基性不是部分熔融后形成殘留體。
  14. Studies on the metamorphic history of the granulites on a very old platform provide us some important information of the properties, status and forming processes of the lower crust and forming mechanism of the early continent crust

    古老地臺麻粒巖的變質歷史研究可以為我們深入了解下地殼性質,狀態及形成過程,探討早期大陸地殼形成機制提供重要信息。
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