鎳鉻系合金 的英文怎麼說

中文拼音 [nièjīn]
鎳鉻系合金 英文
nimonic
  • : 名詞[化學] (金屬元素) nickel (ni)
  • : 名詞[化學] chromium (24號元素, 符號 cr)
  • : 系動詞(打結; 扣) tie; fasten; do up; button up
  • : 合量詞(容量單位) ge, a unit of dry measure for grain (=1 decilitre)
  • : Ⅰ名詞1 (金屬) metals 2 (錢) money 3 (古時金屬制的打擊樂器) ancient metal percussion instrum...
  1. 1. main products : high resistance forum chromium aluminum, nickel chromium, nickel chromium alloy with iron resistance electro thermal, high - temperature heat - resisting stainless steel series, precision alloy, cuprum nickel alloy and manufactured goods

    1 .主要產品:高電阻鐵鐵電熱材料高溫耐熱不銹鋼材料精密材料等。
  2. In the light of tectonic evolution stage and metallogenesis, these metallogenic system ( assemblage ) could be classified as follows : ( 1 ) the pre - divergent metallogenic system in the southwest margin of north china paleocontinent in the archean - meso proterozoic : dongdashan iron, jinchuan nickel - copper. ( 2 ) the divergent metallogenic system in the northern margin of the qaidam paleoplate in the middle - late proterozoic : huashugou - liugouxia iron. ( 3 ) the metallogenic system in the active margin in the early paleozoic : the metallogenic assemblage in the island arc - rift in the early stage ( baiyinchang - qingshuigou copper - polymetallic ) ; the metallogenic assemblage in island arc in the middle - late stage ( honggou - jiaolongzhang copper - polymetallic ) ; the back - arc extensional basin ( zhuzhuiyaba - jiugequan - shijuli copper ) ; the metallogenic assemblage in connection with subduction and magmatic - hydatogenesis ( taergou - xiaoliugou wolfram ; huashugou - liugouxia copper ; dadonggou - diaodaban lead - zinc ) ; the metallogenic assemblage is related to the oceanic crustal shards ( dadaoerji chromite ; yushigou chromite ). ( 4 ) the metallogenic system has something to do with collision - type orogeny : the metallogenic assemblage in foreland basin ( tianlu copper ) ; the metallogenic assemblage with the intracontinental orogeny and ductile shear ( hanshan - yingzhuishan gold )

    根據構造發展階段和成礦作用特點,確定本區成礦統及組如下: ( 1 )華北板塊西南邊緣太古宙中元古代裂解期前成礦統:東大山鐵成礦組銅成礦組; ( 2 )柴達木板塊北緣中、新元古代裂解成礦統:樺樹溝柳溝峽鐵成礦組; ( 3 )加里東期活動大陸邊緣成礦統:早期島弧裂谷成礦組(白銀廠清水溝銅及多屬成礦組) ,中、晚期島弧成礦組(紅溝蛟龍掌銅及多屬成礦組) ,弧后擴張盆地成礦組(豬咀啞巴九個泉石居里銅及多屬成礦組) ,與俯沖作用有關的巖漿熱液成礦組(塔爾溝小柳溝鎢成礦組,樺樹溝柳溝峽銅成礦組,大東溝吊大坂鉛鋅成礦組) ,洋殼殘片成礦組(大道爾吉成礦組,玉石溝成礦組) ; ( 4 )碰撞造山成礦統:前陸盆地成礦組(天鹿銅成礦組) ,陸內造山韌性剪切成礦組(寒山鷹咀山成礦組) 。
  3. Temperature and pressure limitations for piping systems manufactured from 20 % nickel 2 % chromium spheroidal graphite austenitic cast iron '

    奧氏體球墨鑄鐵制管道統的壓力和溫度極限
  4. The pretreatment, effect of bath compositions and operation conditions such as temperature, currenty and time on compactness of the zinc and cu / ni / cr coatings have been investigated. the relationship of operation conditions to thickness of the coatings was studied by weight method. the specimens have been pickled in nacl or sulfate acid solution to evaluate the porosity of the coating

    研究了鎂電鍍前處理工藝,電鍍鋅、電鍍銅//工藝配方及其施鍍溫度、電流密度和時間對鍍層緻密性的影響;採用稱重法研究施鍍工藝與鍍層厚度的關,利用nacl溶液和硫酸溶液浸泡試樣來考察鍍層孔隙率,採用劃痕試驗和熱震試驗檢驗鍍層的結力,採用相顯微鏡和掃描電子顯微鏡觀察鍍層表面形貌。
  5. Cooling system with arc source not only reduces the calorie coming from evaporation of arc source, but also filter large - granule liquid drop. so it is widely used in plated aluminum alloy as well as in titanium nitride, titanium carbide, zirconium nitride, chromium nitride, titanium, nickel, chrome, copper, gold, and silver

    帶弧源降溫統不但可以降低弧源蒸發過程中生成的熱量,而且可以過濾部分大顆粒的液滴,所以大范圍的用於鍍制鋁製品,廣泛適用於鍍制氮化鈦碳化鈦氮化鋯氮化及鈦銀等等。
  6. The nickel - chrome, nickel - chrome - iron series metal alloy has a series of advantage of good anti - oxygen, high strength, not soften etc.

    具有抗氧性好,強度高不軟化等一列優點。
  7. According to tectono - metallogenic setting in combination with main mineral distribution and metallogenic types and ore - forming epochs in this orogenic belt, the authors used the theory of metallogenic series to divide the deposits of the north qilian early palaeozoic convergent epicontinental cu, pd, zn, w ( mo ), au, ophiolite metallogenic belt and the south qilian early palaeozoic epicontinental rifting cu, ni ( pt ), cr, au, rare elements and pyrite metallogenic belt into six series

    文章依據成礦構造環境,結區域主要礦種分佈及其成礦類型和成礦時代等特徵,應用礦床成礦列理論,將祁連造山帶北祁連早古生代匯聚陸緣銅、鉛、鋅、鎢(鉬) 、、蛇蚊石成礦帶和南祁連早古生代陸緣裂解帶銅、(鉑族) 、、稀土、黃鐵礦成礦帶中的礦床劃歸為6個成礦列。
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