slag powder 中文意思是什麼

slag powder 解釋
渣粉
  • slag : n. 1. 礦渣,鐵渣,爐渣,熔渣。2. 火山巖渣。vt. ,vi. (-gg-) (使)起溶渣;(使)成熔渣。 slag cement 【地質學;地理學】溶渣水泥。n. -gy
  • powder : n 1 粉,粉末。2 (搽臉的)香粉;牙粉;發粉。3 (一服)藥粉;粉劑;散。4 塵土,泥屑;雪糝。5 炸藥...
  1. Dry powder, granule raw materials which have special requirements to drying. for example : hp vesicant, lees, light calcium carbonate, active white earth, magnetic powder, graphite, medical slag and so on

    對有特殊要求的粉狀,顆粒狀物料的乾燥。如: hp發泡劑、酒糟渣、輕質碳酸鈣、活性白土、磁粉、石墨、藥渣。
  2. But the chemical properties have no remarkable influence on it ( 3 ) as the water - to - binder reduces wich is one of key factors in the perpormance of reactive powder concrete with steel slag, the fluidity decreases but the strength increases ; incorporation of 4 percent steel fiber in volume can decrease fluility and increase strength ; heat - curing benefits the increase of strength which can still develop in 28 day water curing after heat - curing

    ( 3 )水膠比是影響其性能最為關鍵因素之一,隨著水膠比的降低,流動性下降和強度的提高都很明顯;摻入4的鋼纖維對流動性的影響比較明顯,同時也不同程度地提高了強度;熱養護有利於強度的提高,經熱水養護後放置水中至28天齡期,其強度有較大提升,並沒有出現強度倒縮現象。
  3. Effect of mgo, f - cao, feo, ro phase and metal fe in steel - making slag powder on soundness of cement is investigated by boiling test, steam test and autoclave test

    採用沸煮、高溫長時間蒸養及壓蒸方法研究了鋼渣粉中的f - cao 、 mgo 、 feo 、 ro相及金屬鐵對水泥安定性的影響。
  4. Results show that mgo, feo, ro phase in steel - making slag do not cause soundness problem of cement. generally speaking, f - cao and metal fe are main factors which cause soundness problem of steel - making slag powder, so their content must be limited strictly restricted. content of f - cao must be limited fewer than 3 % and content of metal fe must limited fewer than 2 %

    實驗結果表明,摘要鋼渣粉中的mgo 、 feo 、 ro相一般不會引起水泥安定性不良的問題;氧化鈣及金屬鐵是影響鋼渣粉安定性不良的主導因素,應用中要嚴格控制它們的含量,鋼渣粉中的游離氧化鈣宜控制在3 %以內,金屬鐵含量宜控制在2 %以內。
  5. Gray system study on the influence of particle size distribution of slag powder on performance of cementitious materials

    礦渣微粉顆粒分佈對膠凝材料性能影響的灰色系統
  6. Therefore it is reasonable that special surface of steel - making slag powder is controlled in the rang between 450 - 500m2 / kg. furthermore, when special surface of different steel - making slag powders are close, steel - making slag powder, which surface is attached lot of fine particle powder or which degree of roundness is high, has higher cementitous property

    實驗結果表明,提高比表面積可提高鋼渣粉的膠凝性能,但當比表面積超過500m ~ 2 kg時,鋼渣粉的膠凝性能提高已不顯著,鋼渣粉的最佳比表面積應控制在450 500m ~ 2 kg之間;比表面積相近時,表面有細小顆粒吸附且顆粒圓形度高的鋼渣粉有相對較高的膠凝性能。
  7. Generally speaking activity of steel - making slag is higher than first grade fly ash. influence of special surface and particle morphology of steel - making slag powder on cementitous property is studied by experiment. results show that cementitous property of steel - making slag powder increase with increase of its special surface, but increase of cementitous property is not obvious when its special surface is beyond 500 m2 / kg

    實驗結果表明,提高比表面積可提高鋼渣粉的膠凝性能,但當比表面積超過500m ~ 2 kg時,鋼渣粉的膠凝性能提高已不顯著,鋼渣粉的最佳比表面積應控制在450 500m ~ 2 kg之間;比表面積相近時,表面有細小顆粒吸附且顆粒圓形度高的鋼渣粉有相對較高的膠凝性能。
  8. Results show that basic parameter can determinate content of c3s in steel - making slag powder ; however, it can not determine cementitious property of steel - making slag. cementitous property of steel - making slag powder is determined by mineral composition calculated from chemical composition and treating process, which means intrinsic cementitous property of steel - making slag is determined by total content of active mineral composition, c2s, c3s, c4af and c3a, and content of ca ( oh ) 2 marking loss of active mineral

    研究結果表明,堿度僅能反映鋼渣中c _ 3s的含量,並不能完全反映鋼渣的膠凝性能;鋼渣的膠凝性能取決于由化學組成計算出的礦物組成及鋼渣的處理方式,即鋼渣中活性礦物c _ 2s 、 c _ 3s 、 c _ 4af及c _ 3a的總量及表徵活性損失礦物ca ( oh ) _ 2的量決定著鋼渣本身的膠凝性能。
  9. Pak nai powder, clay, fire - proof material, slag powder processing tanks

    白泥粉,粘土,耐火材料,缸渣粉加工。
  10. Experience and appliance of big volume concrete mixing with slag powder

    大體積混凝土摻礦粉的試驗與應用
  11. A study on the granularity of tiny slag powder produced by ball milling and vertical milling

    球磨和立式磨礦渣微粉的粒度特性研究
  12. It is suggested that the micro - aggregate filling effect is highly correlated with the fineness of slag powder and the two effects are summed up with framed chart

    進行了礦渣粉、石灰粉加固土無側限飽水抗壓強度、水穩定性、凍穩定性、溫度收縮和乾燥收縮等路用性能試驗,並進行比較。
  13. Results show that c2s, c3s and ca ( oh ) 2 in hydration sample with steel - making slag powder are more than those in hydration sample with fly ash or blast furnace slag. sequence of capacity bonding water

    結果表明,含摻合料膠凝材料的水化產物形貌與純硅酸鹽水泥的水化產物形貌比較相似,在較短齡期水化樣的孔隙中能明顯觀察到針狀
  14. The authors introduce the related theories on silt reinforced with slag powder first

    摘要提出了礦渣粉加固粉土的相關理論。
  15. Composition and structure feature of steel - making slag powder are investigated systematically and relationship between composition and cementitious property of steel - making slag is discussed

    系統地研究了鋼渣粉的組成與結構特點,並探討了鋼渣組成與膠凝性能之間的關系。
  16. Calculated results of activity factor show that activity of soudu steel - making slag powder is highest, activity of wuhan steel - making slag powder is higher and activity of shanghai steel - making slag powder is lowest because of its treating process

    活性因子計算結果表明,首鋼鋼渣粉活性最高,其次是武鋼鋼渣粉,上鋼鋼渣粉由於處理方式的原因活性相對較低;總體而言鋼渣粉的活性明顯高於一級粉煤灰。
  17. The study tries to divide enhancement effect into chemical effect and physical effect and recurs to inertial material to replace superfine slag powder

    本研究藉助磨細惰性摻料等量替代礦渣微粉試圖將礦渣微粉的增強效應分解為化學效應和物理效應。
  18. Composition feature of hydration products of cementitous materials with steel - making slag powder is studied by xrd and dta - tg and influence of mineral additives on hydration rate also investigated by chemical bond water of ultimate hydration products

    利用xrd 、 dta一tg研究了含鋼渣粉膠凝材料水化產物的組成特徵,並用極限水化產物的結合水量推算了摻合料對水泥水化速率的影響。
  19. Ilmenite is used to : produce artificial rutile, welding material and chemical industry. smelt titanium and titanic alloy. slag powder as welding electrode

    又名鈦精礦,主要用途有: 1生產人造金紅石高鈦渣,用於焊接材料製造化工等行業2冶煉
  20. As a new mineral additive of cement and concrete, ground steel - making slag powder has quite high activity and its activity is obvious higher first grade fly ash and close to blast furnace slag. furthermore, its distribution is very wide and quantity is quit plenty in our country

    磨細鋼渣粉作為一種新的水泥混凝土摻合料,它的活性明顯優於一級粉煤灰,與礦渣活性不相上下,而且分佈較廣,數量較多,有較高的應用與研究價值。
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