酸性渣法 的英文怎麼說

中文拼音 [suānxìngzhāfǎ]
酸性渣法 英文
acid slag pracitice
  • 酸 : 酸構詞成分。
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 渣 : 名詞1 （渣滓） dregs; residue; sediment:煤渣coal cinder; 殘渣 dregs; 豆腐渣 soya bean residue; 豬...
  • 法 : Ⅰ名詞1 （由國家制定或認可的行為規則的總稱） law 2 （方法; 方式） way; method; mode; means 3 （標...
  • 酸性 : [化學] acidity; acidness; acerbic; acidic property酸性材料 acid material; 酸性促進劑 acid acceler...
  1. Chemical analysis methods for acid slay of cupola. determination of ferrous oxide by volumetric method using potassium dichromate

    鑄造化鐵爐酸性爐渣化學分析方法.重鉻酸鉀容量法測定氧化亞鐵量
  2. Chemical analysis methods for acid slay of cupola. determination of manganous oxide by volumetric method using sodium arsenite - sodium nitrite

    鑄造化鐵爐酸性爐渣化學分析方法.亞砷酸鈉-亞硝酸鈉容量法測定一氧化錳量
  3. ( 2 ) according to national building mortar design regulations ( nbmdr ), and applying to scientific avenue of orthogonal design experiment, performance and impact factors of dry - mortar produced by localizable phosphor slag, flying - ash, ordinary silicate cement, and yellow sand

    （ 2 ）根據國家建築砂漿設計規程，應用正交試驗分析等科學方法，試驗研究了用本地磷渣、粉煤灰、普通硅酸鹽水泥、黃砂等原料配製的干拌砂漿性能及其影響因素。
  4. Standard test method for insoluble residue in carbonate aggregates

    碳酸鹽集料中不溶性殘渣的標準試驗方法
  5. Based on orthogonal experimental avenue, dmm is manufactured by local po, sa, and phosphorus slag flying ash, yellow slag and ect. and formulate optimum mixture program and production technology requirement ; on basis of jcj70 - 90, physical mechanics property is quizzed, adopting chemical analysis, xrd, sem and so on, discuss composition and structure. the researchable result is that mixture program of dmm : a3b2cl ( cement 403 m2 / kg, phosphorus slag357 m2 / kg, activated agent 2 % ), after the condition of c / s1 : 4, adopting ordinary portland cement

    採用正交試樣方法，用本地生產的普通硅酸鹽水泥、硫鋁酸鹽水泥、磷渣、粉煤灰、黃砂等原料配製抗滲干拌砂漿，確定最佳的配料方案和生產技術要求；按jcj70 ? 90 《建築砂漿基本性能測試方法》測定砂漿的各項物理力學性能；運用化學分析、 x衍射儀、掃描電鏡等測試手段，檢測配製砂漿的組成和結構。
  6. The optimum conditions of preparation were as fellows : the concentration of zinc sulfate solution of 1. 8 - 2. omol / l, the concentration of ammonium bicarbonate solution of 1. 4 ~ 1. 6mol / l, the time of ultrasonic radiation of 25 ~ 30min. iv. preparation of active zinc oxide by means of microwave radiation to calcine precursor of basic zinc carbonate firstly, and a mechanism on preparation of ultra - fine active zinc oxide by means of microwave radiation has been investigated emphatically as well as the effects on quality of ultra - fine active zinc oxide have been analyzed and discussed in detail, the time of microwave radiation was 7 ~ 16 min ; comparing microwave radiation calcining with conventional calcining, the calcining time of microwave radiation was one thirty to one twenty, the calcining time shortened hugely, energy consumption saved hugely, the quality of product improved

    首次引入超聲波輻射制備超細活性氧化鋅前驅體堿式碳酸鋅新技術，研究了超聲波輻射制備前驅體堿式碳酸鋅的機理，並分析和討論了影響前驅體質量的各種因素，確定了最佳的前驅體制備條件為：硫酸鋅濃度為1 . 8 2 . 0mol / l ，碳酸氫銨的濃度為1 . 4 1 . 6mol / l ，超聲波輻射25 30min ； 4 、首次採用微波加熱煅燒前驅體堿式碳酸鋅制備超細活性氧化鋅的新技術，研究了微波輻射加熱煅燒前驅體制備超細活性氧化鋅的機理，並分析和討論了影響活性氧化鋅質量的各種因素，確定了最佳的超細活性氧化鋅制備條件為：微波加熱煅燒時間為7 16min ，與傳統煅燒方法相比，煅燒時間僅為傳統的1 30 1 20 ，大大縮短煅燒時間，節省能耗，提高了煅燒產品的質量； 5 、完成了從鋅浮渣中制備超細活性氧化鋅的小試試驗和擴大試驗。
  7. Chemical analysis methods for acid slay of cupola. determination of phosphorus pentoxide by extraction molybdophosphate yellow using methyl isobutyl ketone spectrophotometic method of vanadium

    鑄造化鐵爐酸性爐渣化學分析方法.磷釩鉬黃-甲基異丁基甲酮萃取光度法測定五氧化二磷量
  8. Aldononitrile acetates and alkaline nitrobenzene oxidations were used to analyze the change of structuia1 polysaccharides and composition of lignin in 80 % ethanol - extracted rice straw treated with sodium hydroxide, ammonium bicarbonate, or urea

    摘要以氫氧化鈉、碳酸氫銨和尿素處理的稻草為研究對象，採用糖腈乙酰酯法和堿性硝基苯氧化法，分別測定了化學預處理前後稻草用80 %乙醇浸提殘渣中結構性多糖和木質素組分的變化。
  9. Chemical analysis methods for acid slay of cupola. determination of calcium oxide by ddtc separation process ang egta volumetric method

    鑄造化鐵爐酸性爐渣化學分析方法. ddtc分離egta容量法測定氧化鈣量
  10. Chemical analysis methods for acid slay of cupola. determination of magnesium oxide by ddtc separation process and edta volumetric method

    鑄造化鐵爐酸性爐渣化學分析方法. ddtc分離edta容量法測定氧化鎂量
  11. Chemical analysis methods for acid slay of cupola. general rules and specification

    鑄造化鐵爐酸性爐渣化學分析方法.總則及一般規定
  12. Chemical analysis methods for acid slay of cupola. determination of sulphur by gravimetric method using barium sulfate

    鑄造化鐵爐酸性爐渣化學分析方法.硫酸鋇重量法測定硫量
  13. Chemical analysis methods for acid slay of cupola. determination of calcium oxide by volumetric method using potassium permanganate

    鑄造化鐵爐酸性爐渣化學分析方法.高錳酸鉀容量法測定氧化鈣量
  14. Chemical analysis methods for acid slay of cupola. determination of sulphur by volumetric method using combustion of potassium iodate

    鑄造化鐵爐酸性爐渣化學分析方法.燃燒-碘酸鉀容量法測定硫量
  15. Chemical analysis methods for acid slay of cupola. determination of silica by gravimetric method using perchloric acid dewatering

    鑄造化鐵爐酸性爐渣化學分析方法.高氯酸脫水重量法測定二氧化硅量
  16. Chemical analysis methods for acid slay of cupola. determination of aluminium oxide by volumetric method using sodium fluoride - edta

    鑄造化鐵爐酸性爐渣化學分析方法.氟化鈉- edta容量法測定三氧化二鋁量
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