長英巖 的英文怎麼說

中文拼音 [zhǎngyīngyán]
長英巖 英文
arkose quartzite
  • : 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 [書面語] (花) flower 2 (才能或智慧過人的人) hero; outstanding person 3 (英國) britain...
  • : 名詞1. (巖石) rock 2. (巖峰) cliff; crag
  1. There are three genetic types of mineral deposits in the beiya ore district : cu - au polymetallic deposits related to alkaline porphyries, comprising porphyritic cu - au deposits and polymetallic skarn deposits related to quartz - albite porphyry and quartz - k - feldspar porphyry ; fe - au deposits related to gabbro or basalt magma, consisting of magmatic fe - au deposits and sedimentary polymetallic deposits formed in caves and lakes ; and palaeo - placers formed at the weathering surface, in lakes and in karsts

    北衙金礦有3種成因不同的礦床:與堿性斑有關的銅金多金屬礦,包括與石和石有關的斑型銅金礦床和矽卡型多金屬礦床;與輝玄武漿有關的鐵金礦床,包括熔漿型鐵金礦床和噴流沉積型多金屬礦床,後者又有洞穴和湖相沉積環境之分;及古砂礦,有古風化殼型砂礦、河湖相古砂礦和洞穴沉積古砂礦。
  2. 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角閃片、含硬玉霓輝石石、含霓輝石角閃石、含霓輝石鈉角閃片、藍透閃石石、鎂鈉閃石石石類型。
  3. In the course, the condition and the process of forming and changing of minerals, the typomorphic features of minerals, the characteristics of the distribution and the evolution of minerals and their paragenetic associations in the period and the space, the methods of mineral analyses and research, the geological thermometers and the geologicial barometers of minerals, mineral paragenetic associations and paragenesis analyses will be introduced, and the magnificent and the microscopic genetic characteristics of pyrite, quartz, garnet, pyroxene, amphibole, mica, feldspar, and other minerals will be dealt with particularly

    本課程主要講述礦物及其共生組合的形成和變化的條件和過程,不同物理化學條件下礦物的成分、結構、形態、物性等標型特徵以及它們之間的內在聯系,礦物及其共生組合在時間上和空間上的分佈和演化規律,礦物成分、結構、形貌、物性等的分析測試方法,礦物地質溫度計和地質壓力計對其形成環境的表徵,不同體系(封閉體系、開放體系)條件下,礦物的穩定范圍和彼此替代順序的共生分析,重點介紹黃鐵礦、石、石榴石、輝石、角閃石、雲母、石等礦物(族)在成因上的宏觀標志和微觀信息,以及其成因信息在成作用和成礦作用中的地質意義。
  4. Quartz diorite aplite

    細晶
  5. The peak is composed of banded biotite tonalite of fine mediate grain developing in mengshan rock suit of fuping period of archean era about 2. 7billion years ago. it ' s very steep

    由27億年左右形成的太古代阜平期蒙山套條帶狀中細粒黑雲母雲閃構成,柱狀節理發育,差異性風化剝蝕作用強烈,組成雲蒙「山」峰,俗稱「掛心崛子」 ,形容雲蒙峰之陡峻。
  6. Realm. e. feldspar s application : manufacturing potassium fertilizer, manufacturing porcelain and enamel ware, glass raw material, wheting the grain etc. f. the barite primarily used for the artesian wells of petroleum and natural gas

    麥飯石原本身多半由鉀石斜石石等礦物組成,含有銅鋅鋁錳鐵鈦磷等微量元素,且又具有良好的溶出性和吸附性。
  7. Metallogenic models of cu, ag deposits in felsic volcanic rock of permian continental facies of awulale, western tianshan mt

    西天山阿吾拉勒二疊紀陸相質火山銅銀礦礦床模式
  8. Quartz - diopside - diorite

    透輝閃
  9. At flat the host is quartz diorite with a finegrained contact phase.

    在富來梯,主為細粒接觸相的石
  10. We usually don't care whether a rock is classified as a granodiorte or diorite or tonalite.

    我們通常並不注意某種石是屬于花崗閃光、閃還是雲閃
  11. Quartz diorite porphyrite

  12. Quartz - diorite - porphyry

  13. Quartz gabbro diorite

  14. Electrical conductivities of quartz, olivine, dunite, iherzolite, pyroxenite, and megaaugite were measured by virtue of the new system ; whereas, the electrical conductivity of gabbro was measured by means of the old one. an interesting outgrowth of the present study is the measurement of the complex impedance of a series of quartz plates with different orientations

    (人造水晶) 、橄欖石、純橄欖、輝石、二輝橄欖、巨晶輝石的電導率測量是在新的測量系統下獲得的,而輝的電導率測量是基於lcr儀為測量儀器的測試系統下獲得的。
  15. 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

    通過對本區花崗類樣品進行顯微觀察研究,知其主要的石類型為花崗閃、石,其中的石包體主要為二,其造礦物為鉀石、斜石、角閃石、黑雲母、石、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。
  16. This sandstone consists of quartz primarily and feldspar secondly

    這種砂的成份以石為主,石次之。
  17. The feldspathic sandstones belong to this formation of composite sources metamorphic, sedimentary, and igneous sources, but mainly from metamorphic source due to the high abundance of brown cl colors of quartz

    上述情況表明,研究區石砂物源母包括變質、沉積與火成,但從發育大量棕色石顆粒來看,物源以變質為主。
  18. According to rock and mineral analysis, the formation consists dominantly of detrital feldspathic fine - sandstone with medium and silt sandstone secondly. lithologically, the content quartz is lower than those of feldspar and detritus, and the cement is dominated by clay, which gives the feature of low compositional maturity and low textural maturity

    館上段儲層性以屑質石細砂為主,其次為中細砂和粉砂石中石含量低,而石、屑含量高,膠結物以泥質為主,表現出低成分成熟度和低結構成熟度的特點。
  19. 2. 38. 6ma and 36. 7ma isotopic ages of quartz - monzonite - porphyry in lianhuashan and alkaline porphyry in zhuopan have respectively been obtained. those results are consistent with the ages of the porphyries in both lanping - shimao basin and changdu basin related igneous rocks, representing the first episode ( lanping movement ) of tectonics - magmatism - metallogenic event during the himalayan movement

    獲得了蓮花山石及卓潘堿性斑的ar - ar年齡,分別為38 . 6ma與36 . 7ma ,與整個蘭坪?思茅盆地與昌都盆地及兩側的斑與相關火山一致,代表喜馬拉雅運動第一幕(蘭坪運動)的重要構造?漿?成礦事件。
  20. It is argued that the magmatic activities of quartz - monzonite - porphyry and alkaline porphyry presumably played an essential role in mineralization of this district, that is, the porphyry system could be important sources of both ore - forming metals and ore - forming fluids, as well as a thermal engine that drived cycling of metallogenic fluids

    初步認為石與堿性斑漿活動對本區成礦有重要作用,既是重要的礦源和流體來源,又是驅動成礦流體循環的主要熱源。
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