銅鈣礦 的英文怎麼說

中文拼音 [tónggàikuàng]
銅鈣礦 英文
schulzenite
  • : 名詞(金屬元素) copper (cu)
  • : 名詞[化學] calcium (20號元素, 符號 ca)
  • : 名詞1. (礦床) ore [mineral] deposit 2. (礦石) ore 3. (開采礦物的場所) mine
  1. But an unexpected fact was noted : certain minerals ( pitchblende, chalcolite, autunite ) had a greater activity than might be expected on the basis of their uranium or thorium content

    但是一個意外的事實引起了我的注意:某些物質(瀝青鈾物質、鈾雲母或鈾雲母)的活性比根據其鈾或針含量所判斷的要高。
  2. " a recent cleaning operation by laser revealed traces of haematite, egyptian blue and malachite - azurite green - blue on the sculptures of the western frieze, " senior archaeologist evi papakonstantinou - zioti told afp. while archaeologists had found traces of the first two colours elsewhere on the temple years ago, the malachite - azurite colouring was only revealed in the latest restoration process, papakonstantinou - zioti said

    日前她在接受法新社記者采訪時說: 「最近我們在使用激光對神廟進行清洗工作時發現,神廟西部的雕刻上殘存有赤鐵紅色埃及藍一種含有硅的淺藍色顏料以及孔雀石藍藍綠色的痕跡。 」
  3. The ore minerals are mainly composed of marmatlte, galenit, pyrrhotite ( pyrite ), chalcopyrite, or marmatite, galenite, pyrite and hedenbergite. marmatite and hedenbergite are the indicated minerals of the ore

    主要物組合為鐵閃鋅-方鉛-磁黃鐵(黃鐵) -黃或鐵閃鋅-方鉛-黃鐵-鐵輝石,其中鐵閃鋅鐵輝石為該類石標型物。
  4. For collecting sand blasting powder, molding powder, mineral stone powder, plastic pigment powder, medicine powder, cosmetic powder, bakelite powder, wood dust, brass powder, ceramic powder, melamine powder, shoe - sole powder, brake lining powder, clutch powder as well as dust produced from grinding chopsticks and metallic articles

    噴砂粉、翻砂粉、石粉、水泥粉、碳酸粉、塑膠顏料粉、制藥粉、化妝品粉、電木粉、木器粉、鋼器粉、陶器粉、美耐皿粉、鞋底粉、煞車來令粉、離合器粉、筷子、金屬研磨等、收塵、集塵用。
  5. The control of the deep - seated structural - magmatic process over the metallogenic system around the middle - lower yangtze river reaches is shown as : ( 1 ) the mantle uplift belt is closely related to the general geological background of the metallogenic system ; ( 2 ) the primitive magma originated from different parts of the mantle uplift belt ( mantle ridge or mantle slope ) shows differences in style of formation and composition and results in different magmatic series and metallogenic subzones, respectively ; ( 3 ) the varying depths of structural - magmatic chambers may form a " three - layered structure " ( central type, network - like and ring - like ) and this is the primary factor that controls the different magmatic series and the concerned cluster of ore deposits ; ( 4 ) the alkaline basaltic magma derived from the mantle ridge forms high - potassium and calcium alkaline magma and shoshonitic magma due to its altering intensity of afc process with the lower crustal material, which has something to do with the copper - gold and iron - sulphur metallogenic subsystems, respectively

    深部構造巖漿作用對長江中下游成帶安徽沿江地區成系統的控製表現為: ( 1 )地幔隆起帶與成系統的總體地質背景的演變密切相關; ( 2 )源於地幔隆起帶不同部位(幔脊與幔坡)的原始巖漿,其生成方式和物質組成不盡相同,它們分別產生相應的不同巖漿巖系列和成亞帶; ( 3 )不同深度的構造巖漿房組成中心式網格式環帶式「三層結構」 ,是控制區內不同巖漿巖系列及有關床集中分佈的主要因素; ( 4 )源於地幔隆起帶脊部的堿性玄武巖漿,由於與下地殼物質發生的afc作用強度不同,形成了高鉀堿性巖漿和橄欖安粗巖漿,分別與、金成亞系統和鐵、硫成亞系統有關。
  6. The piezoelectric actuator becomes one of the most prospective components because of its outstanding advantage. but the hysteresis and creep character of the material restrict the development of this actuator. new stable characteristic tungsten bronze piezoelectric actuator was adopted as driving component in this article, we develop the anti - hysteresis control method through contrasting the crystal structure of the tungsten bronze actuator with which of the perovskite actuator, at the same time corresponding software and hardware were studied in order to prove the validity of this control method, and then demarcated the other characters of the actuators through lots of experiment results

    本研究選用了性能穩定的硬性鎢青型壓電陶瓷驅動器作為驅動元件,從壓電陶瓷驅動器遲滯產生的微觀機理入手,通過對比硬性鎢青型壓電陶瓷驅動器和軟性型壓電陶瓷驅動器的晶體結構,研製出壓電陶瓷驅動器抗遲滯驅動方法,設計了相應的軟硬體裝置以從實驗結果上證明這種方法的正確性,並對其他影響定位精度的因素進行了特性標定實驗。
  7. The progress in research of near infrared spectroscopic technology for rapid determination in food component and its quality controlling

    電感耦合等離子體質譜法測定鉬精中的砷錫磷鎢鉍
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