閃長巖類 的英文怎麼說

中文拼音 [shǎnzhǎngyánlèi]
閃長巖類 英文
dioritoid
  • : Ⅰ動詞1 (躲閃; 閃避) dodge; get out of the way 2 (扭傷) twist; sprain 3 (突然出現) flash 4 ...
  • : 長Ⅰ形容詞1 (年紀較大) older; elder; senior 2 (排行最大) eldest; oldest Ⅱ名詞(領導人) chief;...
  • : 名詞1. (巖石) rock 2. (巖峰) cliff; crag
  • : Ⅰ名1 (許多相似或相同的事物的綜合; 種類) class; category; kind; type 2 (姓氏) a surname Ⅱ動詞...
  1. The high - pressure metamorphic rocks in northeastern jiangxi province include such types of rocks as jadeite - bearing aegirine - augite albite amphibole schist, jadeite - bearing aegirine - augite quartz albitite, aegirine - augite - bearing amphibole quartz albitite, aegirine - augite - bearing albite amphibole schist, winchite quartz albitite, and magnesio - riebeckite quartz albitite

    摘要贛東北高壓變質包括含硬玉霓輝石鈉、含硬玉霓輝石石英納、含霓輝石角石英鈉、含霓輝石鈉、藍透石石英鈉、鎂鈉石石英鈉型。
  2. The lithologies of intrusive rocks were re - determined, for example, the rock previously named as diorite in southern area was renamed as gabbro, and the dike rock distributed along nnw as spessartite which was related to formation of the zhulazaga gold deposit to some extent

    對礦區各侵入重新釐定了它們的性特徵,如礦區東南部原重新確定為輝,確定nnw向分佈的脈斜煌斑,且認為後者和朱拉扎嗄金礦的形成有一定的關系。
  3. The microscopical observation proves that the main types of granitoid rocks are granodiorite and quartz monzodiorite, and the enclave is mainly monzodiorite. the rock - forming minerals are mainly k - feldspar, plagioclase, amphiboie, biotite, quartz, magnetite, titanite, apatite, epidote, etc. the zonation of the feldspars is very popular. the dark - colored minerals, such as biotite and titanite, have been highly oxidized

    通過對本區花崗樣品進行顯微觀察研究,知其主要的型為花崗、石英二,其中的石包體主要為二,其造礦物為鉀石、斜石、角石、黑雲母、石英、磁鐵礦、榍石、磷灰石和綠簾石等,石中環帶現象比較常見,黑雲母、榍石等暗色礦物顏色較深,表明其氧化程度較高。
  4. The main diagenetic stage and relevant rock types are the middle proterozoic assemblage of gneissoid granodiorite - adamellite and the sinean schistosity diorates

    主要成期及代表性有:中元古界為片麻狀花崗花崗,震旦紀為片理化
  5. The determinative characteristics of common rock forming minerals containing quartz group, feldspar group, mica group, hornblende group, pyroxene group, olivine group and carbonatite minerals will be discussed in greater detail

    對常見造礦物,如石英、雲母、角、輝石、橄欖石、碳酸鹽礦物的鑒定特徵將予以詳細的說明。
  6. Four major rock types are found within the reserve. from the oldest to the youngest, they are the tuffs with volcanic bombs, granodiorites, porphyritic rhyolites and basaltic dykes, respectively. geomorphologically, the marine reserve has typical exposed rocky shore of south - easterly - directed capes and headlands in hong kong

    鶴咀海岸保護區內可以找到四種主要石種,以石形成的年代計算,最古老的是火山爆發形成的凝灰,然後依次是花崗,流紋斑及玄武
  7. The main element analysis of whole rocks, the ree analysis and the trace element analysis have been done for the granitoid samples in this area. the chemical composition analysis has been done for the amphiboie and biotite minerals. the epma and x - ray powdered crystal diffraction have been done for k - feldspar, plagioclase, amphiboie, biotite, quartz, magnetite, titanite

    對本區花崗樣品進行了全主量元素、稀土元素及微量元素分析,對角石和黑雲母單礦物進行了化學成分分析,對鉀石、斜石、角石、黑雲母、及石英、磁鐵礦、磷灰石和榍石進行了電子探針和x射線粉晶衍射分析。
  8. A ree partition simulation suggests that the tianzhushan intermediate rocks can be generated by partial melting, in coupling with fractional crystallization, of dioritic gneiss which is similar in chemical compositions to the mafic rocks in the lower crust in north dabie ; partial melting of intermediate grey gneiss which is similar in chemical compositions to the middle crust in north dabie can generate the tianzhushan felsic rocks

    Ree配分的定量模擬計算結果表明,與基性下地殼相似的北大別基性質片麻部分熔融並經過結晶分異能夠形成與天柱山中性似的稀土元素組成,而與中性地殼相似的北大別中性灰色片麻部分熔融能夠形成與天柱山花崗似的稀土元素組成。
  9. Ree partition simulation suggests that the tianzhushan intermediate rocks can be generated by partial melting, in coupling with fractional crystallization, of dioritic gneiss which is similar in chemical compositions to the mafic rocks in the lower crust in north dabie ; partial melting of intermediate grey gneiss which is similar in chemical compositions to the middle crust in north dabie can generate the tianzhushan felsic rocks

    Ree配分的定量模擬計算結果表明,與基性下地殼相似的北大別基性質片麻部分熔融並經過結晶分異能夠形成與天柱山中性似的稀土元素組成,而與中性地殼相似的北大別中性灰色片麻部分熔融能夠形成與天柱山花崗似的稀土元素組成。
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