dephosphorization 中文意思是什麼

dephosphorization 解釋
除磷
  • n : 1. 【羅馬數字】90〈N＝90000〉。2. 【化學】＝nitrogen. 3. ＝North（ern）。N ＝nuclear 核的：N-waste 核廢料。
  1. The analysis of simultaneous denitrifying and dephosphorization with nitrate as electronic receiver

    短程硝化反硝化的研究
  2. Thermodynamic analysis on liquid ferromanganese dephosphorization

    錳鐵熔體脫磷熱力學分析
  3. Theoretic analysis of oxidizing dephosphorization of high carbon ferromanganese

    高碳錳鐵氧化脫磷的理論分析
  4. Eaf is used for melting disposed steel, increasing temperature and necessarily fining, such as dephosphorization and decarbonization

    其中eaf是用來熔化廢鋼、升溫和必要的精煉，如脫磷、脫碳的設備。
  5. Discuss of biological dephosphorization technology in waste water

    廢水生物除磷技術探討
  6. Five - tank integrated system for dephosphorization and denitrification

    五箱一體化除磷脫氮工藝中試研究
  7. Research on the dephosphorization from vanadium leaching solution

    鐵尾礦微晶玻璃的組成設計與晶化研究
  8. Experimental study on dephosphorization of ferromanganese melt by baco3 - based flux

    3基熔劑對錳鐵熔體脫磷的實驗研究
  9. Advances of membrane bioreactor technology for simultaneous denitrification and dephosphorization

    膜生物反應器同步脫氮除磷研究進展
  10. Study on component change for oxidation dephosphorization of mn - fe alloy under vacuum condition

    錳鐵合金真空氧化脫磷過程成分變化研究
  11. The study on the denitrification and dephosphorization of the waste - water with the chemical processes

    廢水化學法脫氮和化學法除磷的研究
  12. Biological dephosphorization and biological denitrification applied to the deep disposition of sewage

    生物脫磷與脫氮在廢水深度處理中的應用
  13. But some problems are occurred, such as low bath temperature, difficulty in lime melting, slag overflow at vessel mouth, increase of metal consumption, difficulty in dephosphorization and low hitting rate at the final

    在生產中出現熔池溫度低、廢鋼和石灰不易熔化、爐口溢渣、金屬消耗增加、脫磷困難、終點命中率低等問題。
  14. Abstract : based on the previous results of dephosphorization of stainless steel and new developments of eaf steelmaking process, dephosphorization technology of stainless steel is discussed. a weak oxidizing dephosphorization technology is proposed in which c ( carbon ) is added into slag to control furnace atmosphere and slag activity

    文摘:基於不銹鋼脫磷的有關研究結果及電弧爐煉鋼工藝的最新進展，對不銹鋼脫磷工藝進行了分析討論，提出了向渣中加碳控制氣氛及爐渣反應性能，從而實現弱氧化脫磷的工藝方案。
  15. Based on the previous results of dephosphorization of stainless steel and new developments of eaf steelmaking process, dephosphorization technology of stainless steel is discussed. a weak oxidizing dephosphorization technology is proposed in which c ( carbon ) is added into slag to control furnace atmosphere and slag activity

    基於不銹鋼脫磷的有關研究結果及電弧爐煉鋼工藝的最新進展，對不銹鋼脫磷工藝進行了分析討論，提出了向渣中加碳控制氣氛及爐渣反應性能，從而實現弱氧化脫磷的工藝方案。
  16. This paper analyzes mainfactors that influence the dephosphorization of medium - high carbon steels in con - verter steelmaking process. bytaking effective measuresto optimize steelmaking process better dephosphorizationresults wereachieved at anyang steel

    分析了轉爐冶煉中高碳鋼條件下影響脫磷的主要因素。通過採取相應措施，優化工藝操作，保證了較好的脫磷效果。
  17. A new progress in study of simultaneous dephosphorization and denitrification by aerobic granular sludge

    好氧顆粒污泥同步除磷脫氮研究的新進展
  18. Introducing several main dephosphorization methods of wastewater, the paper discussed chemical deposition dephosphorization method, biological dephosphorization method and constructed wetland dephosphorization method in detail and analyzed their advantages and disadvantages : chemical deposition dephosphorization has higher phosphorus removal rate, but it will bring a large mount of sludge ; biological dephosphorization is more convenient for operation, but phosphorus removal rate is lower ; constructed wetland is a low - cost technique to remove phosphorus, but it should be developed

    摘要介紹了污水除磷的幾種主要方法，並對化學沉澱法除磷技術和生物除磷技術以及人工濕地除磷技術進行了詳細論途，簡要分析了各種方法的利弊：化學法除磷效率較高，但會產生大量化學污泥；生物法除磷操作簡單，但除磷效率較低；人工濕地除磷技術廉價高效，但有待進一步發展完善。
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