酚水處理 的英文怎麼說

中文拼音 [fēnshuǐchǔ]
酚水處理 英文
phenol water disposal
  • : 名詞[化學] (特指苯酚) phenol
  • : 名詞1 (由兩個氫原子和一個氧原子結合而成的液體) water 2 (河流) river 3 (指江、河、湖、海、洋...
  • : 處名詞1 (地方) place 2 (方面; 某一點) part; point 3 (機關或機關里一個部門) department; offi...
  • : Ⅰ名詞1 (物質組織的條紋) texture; grain (in wood skin etc ) 2 (道理;事理) reason; logic; tru...
  1. Study on treatment of simulated production wastewater catechol - containing by nka - 2 macroporous adsorpent

    大孔樹脂吸附法模擬鄰苯二生產廢的研究
  2. Code for design of phenol - containing wastewater treatment in coking plant and gas plant

    焦化廠煤氣廠含設計規范
  3. Design codefor trea tment of phenol - containing waste water in coking plant and gas plant

    焦化廠煤氣廠含設計規范
  4. Treatment of waste water containing phenol by distillation

    含苯的精餾
  5. Research on the waste water containing phenol in industry

    工業含研究
  6. The study on adsorb resin for wastewater treatment and its application were discussed in the paper, example treating of hydroxybenzene wastewater, acid wastewater and sulfanilamide wastewater

    摘要介紹了吸附樹脂在廢(重點介紹、含酸廢、含磺胺廢)中的應用。
  7. Abstract : as the result of study on practical technology of biological dephenolization in caking of benxi steel, the paper points out some problems such as wasting of industrial water, puts forward some methods solving these problems with cleaning production to improve removal rate and to reduce running cost, finally, gives technological process of cleaning production

    文摘:通過對本溪鋼鐵公司(以後簡稱本鋼)焦化度生物脫實用技術的研究,分析了工藝中存在的工業浪費等問題,提出了運用清潔生產手段提高去除效率,降低運行成本的一些方法,並給出焦化廢清潔生產工藝流程。
  8. Application of ferrisulphas and aluminum sulfate in phenol - containing waste water treatment

    硫酸亞鐵及硫酸鋁在中的應用
  9. Treatment technology of phenolic acid organic chemical industrial wastewater

    酸類有機化工廢技術
  10. Iron inner electrolysis processing treating phenol - containing waste water

    鐵碳內電解法
  11. By treating the cells in s, g2 phase and prophase with histone deacetylase inhibitor tsa, and through the application of microscopic observation and western - blotting, we demonstrated that histone acetylation modification played important roles in the cell cycle regulation in physarum polycephalum, affecting the normal crossover of the checkpoints of s / g2, g2 / m and mitosis exit

    這些炎白的表達平具有細胞周期依賴性,隨著細胞周期的進行而發生變化。 tsa引起的多頭絨泡菌s期、 gz期和前期細胞內組蛋白h3乙平的提高,改變了細胞內類cyclinbi蛋白、類。
  12. 1. capacity and discharge efficiency of polyacene capacitors were systematically studies and electrolyte is aqueous and aqueous solution a series of pristine sample were prepared by pyrolysis of phenol formaldehyde resin moulded with znc, this inorganic salt used together with the resin served not only as the pore - forming agent to form open pores, which grow into a three - dimensional network structure in the cured material, but also as the microstructure - controlling agent to form a loose structure dopable with bulky dopants such as bf4 and so on

    首次系統地研究了聚並苯導電材料作為雙電層電容器的電極活性材料時,在系和非系電解質中的容量及庫侖效率。用化學方法合成可溶性醛樹脂,加入的zncl _ 2在聚並苯的制備過程中既是成孔劑,使在的材料中形成三維網狀微孔,同時它又是微孔控制劑,形成能被bf4 -等體積較大的摻雜劑所摻雜的疏鬆結構。
  13. It is economicand effective that using the method of microorganism biodegradation to treat with phenol waste water

    利用微生物降解的方法是一種經濟有效且無二次污染的方法。
  14. Treatment of high - concentrated phenolic sodium wastewater using electrochemical oxidation technique

    電氧化法高濃度鈉廢
  15. Research on the treatment of phenol and cyanide wastewater by heterogeneous catalytic oxidation

    多相催化氧化法氰廢的研究
  16. Study of treat of pollution water containing p - nitrophenol with pulsed arc discharge plasma

    脈沖電弧等離子體含對硝基苯
  17. Application of activated sludge process at phenol water treatment station in yanzhou coal mine distract coking plant

    活性污泥法在兗州礦區焦化廠酚水處理站的應用
  18. The pretreatment phenol removing of high concentration aromatic hydrocarbon raw material fcc wastewater

    高芳烴原料催化裂化廢研究
  19. Introduction to process of phenol - containing waste water treatment

    化工廢方法的探討
  20. This paper review the development of supercritical water oxidation ( scwo ) in the degradation of phenolic effluents

    摘要本文對近年來超臨界氧化法( scwo )在含方面的發展進行了綜述。
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