泥煤粉 的英文怎麼說

中文拼音 [méifěn]
泥煤粉 英文
peat meal
  • : 泥名詞1 (含水的半固體狀的土) mud; mire 2 (像泥的東西) any paste like matter; mashed vegetable...
  • : 名詞(黑色固體礦物) coal
  • : Ⅰ名詞1 (粉末) powder 2 (用澱粉製成的粉條或粉絲) noodles or vermicelli made from bean potato o...
  1. The result of experiment shows that und er the conditions of proper ai r - entraining, concrete with 20 % fly ash has excellent frost - resistance. the frost - resistance of concrete with 55 % fly - ash which is admixed with united expansive agent ( uea ) has been improved greatly. the frost - resistance of sulfate aluminate cement concrete with high volume of fly - ash is dramatically lower than that of silicate cement concrete with the same volume of fly - ash

    試驗結果表明:灰摻量為20的混凝土在適量引氣的條件下具有良好的抗鹽凍性能;灰摻量為55的混凝土在摻加uea膨脹劑后其抗鹽凍性能有明顯改善;大摻量灰硫鋁酸鹽水混凝土的抗鹽凍性大大低於同摻量的硅酸鹽水混凝土。
  2. The results of research on the workability of hbc concrete show that hbc concrete, when compared with opc concrete, has excellent compatibility with superplasticizer, in terms of better initial fluidity, less slump loss, definite saturation point and less dosage at saturation point. in addition, good mineral admixture such as i class fly ash can obviously improve the workability of hbc concrete. moreover, hbc concrete exhibits more excellent workability under the condition of low w / c ratio, which indicates hbc is more suitable for making super high strength concrete whose w / c ratio is very low

    對高貝利特水高性能混凝土工作性能的研究結果表明,高貝利特水與高效減水劑具有良好的適應性,表現為初始流動度較大,經時損失較小,具有明顯的飽和點且飽和點摻量較小;此外,優質的礦物摻和料如一級灰能明顯改善hbc混凝土的工作性能;更為突出的是hbc混凝土在低水膠比的情況下表現出更為優異的工作性,這一特性預示著高貝利特水更適宜配製水膠比很低的超高強混凝土。
  3. The expansion agents can only make up the shrinkage to some extent, and the compensation effects would be reduced when the retardener and fly - ash are used. the expansion agents are not panaceas to avoid the shrinkage cracking as expansion can also reduce the concrete soundness. under bad curing condition, the polypropylene fibrillated film fiber can improve concrete ' s anti - crarking property, while the nominal steels have very unobvious effects. to reduce the concrete shrinkage thus avoid the cracking, the former factors must all be taken into account in concrete proportion design to develop sound concrete

    研究結果表明,水的品種和用量是影響混凝土收縮值的主要因素之一,當混凝土中水用量超過470kg / m ~ 3時,混凝土的收縮值超過400 10 ~ ( - 6 ) ,在約束狀態下存在高開裂風險;採用細砂使混凝土單位用水量顯著提高,收縮值也大幅增加;優質灰總體上能抑制混凝土的收縮,以超量方式摻入其抑制作用更加明顯,但灰混凝土早期的粘聚性較差,應注意養護,以免失水產生龜裂;早強減水劑和緩凝減水劑都會使混凝土收縮值增加;膨脹劑只能補償混凝土部分收縮,同時受緩凝劑和灰的抑制,而且膨脹使混凝土的體積安定性增加了不確定因素,膨脹劑不是解決混凝土收縮裂縫的良方。
  4. The microstructure of fly ash foamed concrete and the water resistance of magnesium oxychloride cement foamed concrete were analysed in virtue of sem method, at the same time, whose process to hydrate and carbonization resistance were analysed correspondly

    藉助sem測試手段對灰發泡混凝土的微觀結構和氯氧鎂水基發泡混凝土的耐水性進行了機理分析,同時對其水化過程及抗碳化性能也進行了相應的機理分析。
  5. In this paper, the effects of fly ash, cement, lime, fine sands, foam agent, w / c ratio and additional agent on foamed concrete were studied by experiments, the best combination ratio of fly ash foamed concrete whose density varies from 551kg / m3 to 650kg / m3 was obtained through orthogonal test design, the foam agent quantity and the fly ash quantity effect the fly ash foamed concrete greatly, so the author selected them as independents to establish duality linear regression equations, the equations were quite ideal through the test of model summary r. moreover, the author also did some experiments about the water resistance of magnesium oxychloride cement fly ash foamed concrete, the outcome showed that phosphoric acid has good effect on water resistance, and its appropriate quantity was found

    本文通過試驗研究了灰、水、石灰、細砂、發泡液、水灰比及外加劑對灰發泡混凝土性能的影響,採用正交設計試驗方法得出了600級灰發泡混凝土的最佳配合比,同時發現發泡液和灰摻量對發泡混凝土的影響最為顯著,因此,以二者為自變量建立了二元線性回歸方程,通過全相關系數的檢驗發現方程較為理想。此外,還對氯氧鎂水灰發泡混凝土的耐水性進行了相關實驗,發現磷酸有較好的耐水性效果,同時找到了其合適的摻量范圍。
  6. Utilization is of importance for hydraulic concrete. utilization of the industrial scrap such as fly ash for concrete not only saves cement and invest, but also produces and improvement of concrete performance, including the cracking of mass concrete due to hydration heat

    利用灰等工業廢料生產混凝土不僅可節約大量水,減少投資,而且可以改善混凝土的某些性能,包括在大體積混凝土中防止水化熱引起的結構開裂。
  7. Portland blastfurnace - slag cement, portland pozzolana cement and portland fly - ash cement

    礦渣硅酸鹽水火山灰質硅酸鹽水灰硅酸鹽水
  8. Transform of pulverized - coal fired boiler takes coal slime as fuel

    爐燃用的改造
  9. Based on the coal burning mechanism in the precalcinator, by analysing all kinds of effect factors and according to the tga result of the anthracite, sinoma international ncdri developed the on - line spout pipe calciner for 5000 t / d production line of china resource cement ( guigang ) ltd., which composed an excellent - performance precalcining system combined with high - efficiency low - resistance and blockingproof cyclone preheater

    基於分解爐燃燒機理,並通過分析影響爐內燃燒的各種因素及依據所用無煙的熱失重分析結果,中材國際南京水設計研究院開發設計出了用於華潤貴港5000t / d工程的噴旋管道式在線分解爐,並與高效、低阻、防堵的旋風預熱系統組成了性能優異的預分解系統。
  10. Technical conditions of multi - air channel coal burner for cement industry

    工業用多風道燃燒器技術條件
  11. Tjb four channel coal burner application on rotary kiln with phosphogypsum producted cement

    型四風道燃燒器在磷石膏制水回轉窯上的應用
  12. Pulverized coal fired burner using coflow jets with velocity difference in revolving kiln of cement

    回轉水窯同向速差射流燃燒器
  13. Methods for the batch flotation testing of fine coal

    實驗室單元浮選試驗方法
  14. Scraper chain is suitable for transmission equipment for loose material such as cement, flour, corn, sand, stone and coal etc, of which the loose material is powdery, grain and polt

    埋刮板鏈適用於末狀、顆粒狀及小塊狀的水、麵、穀物、砂石和炭等散狀物料的運輸設備!
  15. Match ratio tests are done by using cement and fly - ash as curing agent, which include making soft clay with different water content into different mixing ratio cement - stabilised clay, and mixing cement and fly ash to make different cement - fly ash stengthened clay to soft clay with ascertaining water content. afterwards unconfined compression strength is tested at different curing age. the microstructures and mechanisms of cement soil and cement - fly ash soil are studied by mean ", of x - ray and scanning electron microscope ( sem ) technology

    採用水灰為固化劑在室內進行其配合比試驗,對含水量不同的軟粘土製成不同摻入比的水土以及對含水量值固定的軟粘土製成水灰摻入量分別不同的水-灰加固土,並在不同齡期時進行無側限抗壓強度試驗;運用x射線衍射和掃描電子顯微鏡技術,對水土及水-灰加固軟土的微觀結構和機理進行分析。
  16. The author excogitated a kind of appropriative mud jacking material which is made up of cement, sand, fly ash, admixture and water. this material which was developed on the basis of large amount of tests has the proprieties of good self - flowing density, high earlier strength, non - segregation, non - weepage and non - contractility. especially, the author aim at dealing with pumping mud and earlier maintained developed a kind of high flow grade material which can meet the requirement of mud jacking

    本文研製了專用壓漿材料,採用水、砂、灰、外加劑和水混拌而成,通過大量實驗配製出的漿液具有自流淌密實性好、早期強度高、無離析、無泌水、無收縮的性能,特別是針對路面唧處理或預防性養護,板底脫空量較小,研製出高流動度材料,能滿足壓漿施工的需要。
  17. Comparison between aerobic granular sludge membrane bioreactor and general membrane bioreactor on treating simulated livestock farm wastewater

    海灣灰在城市園林綠化中的應用研究
  18. Based on analyzing and determining basic characteristics of every raw material, the dispensation tests had been performed about clay - cement paste, fly ash - cement paste, fly ash - clay - cement paste and wind - blown soil - clay - cement paste, and their performance figures were tested systematically and obtained perfectly so that a reasonable dispensation formula was get to be used in filling project

    在分析測試各種原材料基本性能的基礎上,按正交試驗設計方法,完成了粘土?水漿、灰?水漿、灰?粘土?水漿和風積土?粘土?水漿的配比試驗,並對其各項性能指標進行了系統的測試和分析,得到了可供工程應用的合理配方。
  19. Management of cement production process and its engineering design, project evaluation, and the technology in pulverized coal burning and clinker cooling

    生產過程及其工程設計管理、項目評估、燃燒和熟料冷卻技術。
  20. In this paper, the influences on concrete shrinkage and splitting tensile strength by the varieties and contents of the raw materials, such as cement, sand, fly ash, water - reducer and expansion agents, are studied. the possibility of the prevention of the concrete cracking by proper concrete proportion design is discussed

    本文著重研究了水、砂、灰、減水劑、膨脹劑等材料的品種、用量對混凝土收縮性能及混凝土劈裂抗拉強度的影響,探討了通過合理的配合比設計達到減少混凝土收縮、提高混凝土劈裂抗拉強度進而降低混凝土開裂風險的可能性。
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