選礦工 的英文怎麼說

中文拼音 [xuǎnkuànggōng]
選礦工 英文
dresser
  • : Ⅰ動詞1. (挑選) select; choose; pick 2. (選舉) elect Ⅱ名詞(挑選出來編在一起的作品) selections; anthology
  • : 名詞1. (礦床) ore [mineral] deposit 2. (礦石) ore 3. (開采礦物的場所) mine
  • : Ⅰ名詞1 (工人和工人階級) worker; workman; the working class 2 (工作; 生產勞動) work; labour 3 ...
  • 礦工 : miner; rockman; pitman; groover礦工便餐 crowst; 礦工錘 bully; 礦工燈 [采礦工程] miner s lamp; 礦...
  1. This paper explained the technology that taking calces of pyrite as theraw materials, using the way of chemical process of mineral, dislodging the detrimental impurities with the measures of dipping lye and dipping acid oxide, wich aimed to get the rate of recovery of valuable metallic elements au 87 %, ag 76 %, cu 82 %

    摘要以黃鐵燒渣為原料,通過化學的方法,採用堿浸及氧化酸浸的藝,除去有害雜質和回收有價金屬元素金、銀、銅,回收率分別為87 % 、 76 % 、 82 % 。
  2. Code for process design of non - ferrous concentrator

    有色金屬藝設計規范
  3. Study on the flotation technology for treating a refractory fluorite ore

    蘭坪鉛鋅選礦工藝流程的設計
  4. Test and production practice of argillious gold ore dressing technology

    含泥金選礦工藝試驗與生產實踐
  5. Abstract : the development of main mineral processing technologies of wolframite and scheelite are presented in the paper

    文摘:分別介紹了黑、白鎢選礦工藝主要技術進展情況。
  6. Improved hand picking technology greatly enhance the mineral processing tate of waste in many dressing plants. the flotation in normal temperature is a big breakthrough in mineral processing technology of scheelite. improved jig sizing applied in roughing and grqvity dressing, and improved tungsten fine deposit recovering technology enhance the recovery of tungsten fine deposit

    藝的改進,使各廠的廢石出率得到大幅度地提高;常溫浮是白鎢選礦工藝的重大技術突破;推廣並改進動篩跳汰使這在粗、重中獲得應用;鎢細泥藝的改進提高了鎢細泥的回收率。
  7. Mineral processing study on a polymetallic ore containing copper, lead and zinc in guangdong

    雲南某褐鐵選礦工藝研究
  8. An investigation into beneficiation technology of rectorite

    累托石選礦工藝探討
  9. Optimization research of the beneficiation technological flowsheet of waitoushan iron mine

    歪頭山鐵選礦工藝流程優化研究
  10. Analysis of economic benefit brought by improvement of dressing process

    選礦工藝改造項目經濟效益分析
  11. In order to solve the tungsten molybdenum bismith metal synthesis recycling, through a series of experiment, explored the collection flotation to return to the molybdenum bismith the flotation process + gravity separation recycling tungsten dressing craft, obtained the good dressing experiment target, the dressing experiment obtains the success

    摘要為解決鎢鉬鉍金屬的綜合回收,通過一系列試驗,探索出了全浮回收鉬鉍、浮回收白鎢選礦工藝,獲得了較好的試驗指標,試驗研究取得成功。
  12. Application of the pyroelectric infrared transducer and speech alarm system to the mineral separation engineering

    紅外傳感器及語音警示系統在選礦工程中的應用
  13. Improvernent on technology of mineral separation in lan bridge ore - dressing plant liancheng manganese mine

    連城錳蘭橋選礦工藝的改進
  14. Application of kmlf tilting narrow upflow classifier in mineral separation industry

    型斜窄流分級機在選礦工業中的應用
  15. Train / coach the mill plant operators on processing techniques and methods

    廠操作進行選礦工藝/技術方法培訓和指導。
  16. Abstract : according to the requirement of mineral processing for particle size of grinding and based on closed - circuit test to second - stage grinding and production shakedown, the possibility and effect of which two - stage classification technology is used for transformation of the second - stage grinding flowsheet were discussed through calculation and analysis

    文摘:考慮到選礦工藝對磨產品的粒度要求,根據第2段磨機局部閉路生產調試的結果,通過計算和分析,探討用兩段分級技術改造第2段磨流程的可能性及其效果。
  17. Discussion and analysis of technological transformation of beneficiation at dagushan concentrator

    金山店鐵選礦工藝技術改造研究
  18. Reseach of technological mineralogy and beneficiation technology on dagushan iron ores and research

    大孤山鐵物學及選礦工藝研究
  19. Calculation of beneficiation process flow

    選礦工藝流程的計算
  20. The paper introduces development and utilization status of phosphate ore resources in wengfu phosphate ore distract, which contents including resources occur status, mining technique, beneficiation process and its modification and resources utilization plan renewed are involved

    摘要介紹了?福磷區資源現狀、開發技術條件、開采技術特點、選礦工藝及在生產實踐中對選礦工藝改進調整后在資源利用重新規劃方面的重大意義,及山的發展前景。
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