瓷土粉 的英文怎麼說

中文拼音 [fěn]
瓷土粉 英文
china clay in powder
  • : 名詞(用高嶺土、長石、石英等燒製成的材料) porcelain; china
  • : 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. Edge of the granule image by video is the key of its image partition, the article tries to carry through a deeper research on image partition at the same time. granule is made up of savageness mater and industry material ( including of rock, sand, earth, atomy, steel, china, concrete, ink powder, magnetism powder, light fine and tiny powder used silicon, cell etc. )

    顆粒是構成天然物質和工業材料(巖石、礦石、沙子、泥、塵埃、鋼鐵、陶、水泥、墨、磁、光纖和料封裝材用高純硅微、細胞等)的基本單元,顆粒尺寸(粒度)是顆粒的首要特徵和體材料的第一指標。
  2. The soft powder fired at high temperature until the ceramic particles melt and coalesce to form a glaze.

    松軟的末在高溫下燒結,陶粒子即溶結成一層釉。
  3. In the dissertation high - temperature corundum honeycombed ceramic regenerative body was prepared by an extrusion process, a - al2o3 minute powder as main raw material, clay, cmc etc as plasticizers, tung oil etc as lubricator. the plastic performance was tested on a plastic measure apparatus

    以a - al _ 2o _ 3微料為主原料,採用粘、羧甲基纖維素( cmc )等有機-無機復合增塑劑,加入桐油等作為潤滑劑,採用擠出成型法制備剛玉質高溫型蜂窩陶蓄熱體。
  4. Widely applies in the city life sewage, the textile printing, the galvanization, the papermaking, the leather, brews, the food processing, the coal washing, the petroleum chemical industry, chemistry, the metallurgy, the drugs manufacture, ceramic, the cement plant sludge, the mine sludge, the chemical fiber sludge, the refinery sludge, the iron and steel plant sludge, the carbide slag, the electronic sewage, the line lumber yard, the brewery sludge, the kleit, to settle bran, wine less, profession and so on textile active sludge sewage treatment sludge dewatering processing, is also suitable for the industrial production liquid - solid separation or the liquid leaching working procedure

    廣泛應用於城市生活污水、紡織印染、電鍍、造紙、皮革、釀造、食品加工、洗煤、石油化工、化學、冶金、制藥、陶、水泥廠污泥、礦山污泥、化纖污泥、煉油污泥、鋼鐵廠污泥、電石渣、電子污水、線路板廠、啤酒廠污泥、高嶺、澱渣、酒渣、紡織活性污泥等行業的污水處理污泥脫水處理,也適用於工業生產的固液分離或液體浸出工序。
  5. Widely applies in the city life sewage, the textile printing, the galvanization, the papermaking, the leather, brews, the food processing, the coal washing, the petroleum chemical industry, chemistry, the llurgy, the drugs manufacture, ceramic, the cement plant sludge, the mine sludge, the chemical fiber sludge, the refinery sludge, the iron and steel plant sludge, the carbide slag, the electronic sewage, the line lumber yard, the brewery sludge, the kleit, to settle bran, wine less, profession and so on textile active sludge sewage treatment sludge dewatering processing, is also suitable for the industrial production liquid - solid separation or the liquid leaching working procedure

    廣泛應用於城市生活污水、紡織印染、電鍍、造紙、皮革、釀造、食品加工、洗煤、石油化工、化學、冶金、制藥、陶、水泥廠污泥、礦山污泥、化纖污泥、煉油污泥、鋼鐵廠污泥、電石渣、電子污水、線路板廠、啤酒廠污泥、高嶺、澱渣、酒渣、紡織活性污泥等行業的污水處理污泥脫水處理,也適用於工業生產的固液分離或液體浸出工序。
  6. It mainly includes new - type cement and wall - building material with coal gangue, industrial waste and fly ash as the raw material ; neody mi um - iron - boron material, nano - material, fire - resistance material, kaolin earth material, high - performance ceramic and fiber material, magnetic material, silicon - manganese alloy, and other nonferrous metal materials, along with production technologies of green environmental, clean materials and so on

    以煤矸石、煤灰、工業廢渣為原料的新型水泥和新型墻體材料、釹鐵硼材料、納米材料、耐火材料、高嶺材料、高性能陶和纖維材料、磁性材料、硅錳合金等有色金屬新材料,以及綠色環保、清潔材料的生產技術等。
  7. Advanced technical ceramics. methods of test for ceramic powders. part 1 : determination of impurities in alumina

    高技術陶.陶末的試驗方法.第1部分:釩中雜質的測定
  8. The main conclusions are as follows : ( 1 ) o ' - sialon / sic has been prepared by reactive sintering techniques

    得出如下結論: ( 1 )以si、粘和sic為原料,採用反應燒結工藝低成本制備了力學性能優良的o ' - sialon sic陶材料。
  9. Advanced technical ceramics - methods of test for ceramic powders - part 12 : chemical analysis of zirconia

    高技術陶.陶末的試驗方法.第12部分:鋯氧的化學分析
  10. Shanghai splendor international trading co. ltd is dealing with the import and export of the non - ferro metal products, the rare earth products, the glaze products & materials, polishing powder products

    上海思普來德國際貿易有限責任公司是一家專業從事有色金屬、稀產品、陶色釉料及原輔料、拋光等產品進出口的公司。
  11. As the future developmental strategy, the company will take " customer s satisfaction will be our success " as the development idea, and focus to research and develop rare earth catalyst, rare earth special powder, nanometer material, rare earth function ceramics, rare earth biological preparation

    作為未來發展戰略,公司將秉承「客戶滿意就是我們的成功」發展理念,著眼于稀催化劑稀特種體和鈉米材料稀功能陶生物制劑等領域的研究和開發,不斷開發利用新的稀科技成果並逐步產業化。
  12. In the process of making 95 alumina ceramics, selected five kinds of alumina powder and studied the influence of different alumina powder on the sintering properties and mechanic properties of 95 alumina ceramics, moreover, selected the most agreeable alumina powder according to the apparatus for granularity analysis and scanning electron microscope ( sem ). the influence of different sintering temperature on the sintering mechanic properties, the microstructure of 95 alumina ceramics were investigated by adding y2o3 and la2o3 as two kinds of rare earth additives in alumina ceramics. the results indicated that the additive of la2o3 could improve the properties of 95 alumina ceramics more effectively and could get fine grain and tabular alumina that can enhance the strength of the material

    選用了五種al2o3料,研究了其對95al2o3燒結性能和力學性能的影響,並結合粒度分析儀sem對al2o3料進行優選;通過添加y2o3 、 la2o3兩種稀添加劑,研究了不同燒成溫度對95al2o3的燒結性能、力學性能及顯微結構等的影響,結果表明:添加la2o3可以有效提高95氧化鋁燒結性能和力學性能,形成細晶和板狀氧化鋁的顯微結構;通過對比不同氧化鋁料制備氧化鋁燒成溫度曲線與燒結性能的關系,確定最佳的燒成溫度范圍為1570 ~ 1600 。
  13. The power prepared was examined by many kinds of analytic measures, like as xrd, xps, tem, sem and x rays fluorescence, etc. the sol - gel method was used to synthesize dy - doped titanium oxide, the impact of elements such as solvent ' s quantities, temperature, ph value, calcination temperature on the course of sol - gel is studied, and the quantities of mixed rare earth is also studied on the influence about the structure of phase, thus established the best technology parameter

    本文對摻雜稀元素鏑的氧化鈦和氧化鋯超微陶末的制備的工藝過程進行了研究,並用xps 、 xrd 、 tem 、 sem和x射線熒光等多種測試手段對制得的末進行了分析。用溶膠-凝膠法合成氧化鏑/氧化鈦的陶末,研究了溶劑量,溫度, ph值,煅燒溫度等對溶膠-凝膠過程的影響,以及摻雜稀量對相結構的影響,從而確立了最佳的工藝參數。
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