細氧化鋁粉 的英文怎麼說

中文拼音 [xìyǎnghuàlǚfěn]
細氧化鋁粉 英文
abradum
  • 細 : 形容詞1 （條狀物橫剖面小） thin; slender 2 （顆粒小） in small particles; fine 3 （音量小） thin ...
  • 氧 : 名詞[化學] （氣體元素） oxygen （o）
  • 鋁 : 名詞[化學] aluminium （13號元素, 符號al）
  • 粉 : 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...
  • 氧化 : [化學] oxidize; oxidate; oxide; burning; rust; oxygenize; oxido-; oxy-
  1. The equipment could mill all kinds of material which could be milled on traditional pulverizer, but also could mill powder which strictly prescribe the maximal diameter and size distribution is confined, such as kaoline, talcum powder, copycat powder, coating, mica, hormones, alumina etc

    設備都能超細加工在普通粉碎機上能夠被粉碎的物料，尤其適合加工那些嚴格規限最大顆粒井要求粒度分佈狹窄的產品，比如高嶺土、滑石粉、復印機粉、塗料、雲母、生長素、氧化鋁等。
  2. Chemical analysis methods and determination of physical performance of alumina determination of the fine particle size distribution less than 60 m - method using electroformed sieves

    氧化鋁化學分析方法和物理性能測定方法小於60 m的細粉末粒度分佈的測定濕篩法
  3. At last, the surface of the alumina femoral head was grade - polished with sic micropowder and diamond grinding cream, the join part was trimmed with specific instrument, which made the surface of the alumina femoral head reach the degree of approximating mirror finish and match the femoral stem well. the artificial partial hip joint prostheses was finally got by articulating the alumina femoral head with ti alloy femoral stem coated with bioactive coating

    最後，採用sic超細粉和金剛石研磨膏對氧化鋁陶瓷股骨頭表面進行分級拋光，用專用器械修整其聯接部位，得到表面具有近似鏡面光潔度並與股骨柄配合良好的氧化鋁陶瓷股骨頭，並與表面塗覆生物活性塗層的鈦合金股骨柄配伍，最終獲得人工半髖關節假體。
  4. High pressure grinder brief introdction high pressure grinder. the machine is on purpose to grind the barite, h igh pressure grinder limestone, kaolinite, cerames, ahd slags, etc, below scale 9. 3 of moh, shardness and 280 - odd sorts of non - inflammable and non - explosive stuff in the trades of mining, metallurgical industrial, chemical engineering and building material for high fine powder generation and processing

    高壓微粉磨主要適用於常規物料的研磨粉碎，如高嶺土石灰石方解石滑石大理石重晶石石膏氧化鐵紅氧化鐵綠氫氧化鋁顏料膨潤土陶土等濕度小於8 ，莫氏硬度在6級以下的非易燃易爆物料的超細粉加工。
  5. Infrared spectrum research on surface modification of aluminum hydroxide superfine powder fillers

    表面改性氫氧化鋁超細粉體填料的紅外光譜研究
  6. Surface modification of ct136 to superfine alumina powder

    136對超細氧化鋁粉體的表面改性
  7. The results indicate that using the self - pulverized process, we can obtain a high - purity ultrafine aluminum oxide powder, so, this method has promising application perspectives

    試驗研究表明，採用自粉化工藝，可獲得高純超細氧化鋁粉體，具有廣闊的應用前景。
  8. The technique of producing the tiny ceramic powders by ultrasonic atomizer

    超聲霧化制備超細氧化鋁陶瓷粉體技術
  9. Under the same experimental conditions, the reaction is more thorough and the durative time of the reaction is also longer when the quantity ratio of cuo to the other oxides is 3 : 1 than when it is 2 : 1

    在相同的實驗工藝條件下， cuo粉末與其它氧化物粉末的質量比為3 ： 1時，原位反應比2 ： 1時徹底，持續時間較長，所制備鋁基復合材料微觀組織均勻細小。
  10. 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粉料，研究了其對95al2o3瓷燒結性能和力學性能的影響，並結合粒度分析儀sem對al2o3粉料進行優選；通過添加y2o3 、 la2o3兩種稀土添加劑，研究了不同燒成溫度對95al2o3瓷的燒結性能、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氧化鋁瓷燒結性能和力學性能，形成細晶和板狀氧化鋁瓷的顯微結構；通過對比不同氧化鋁粉料制備氧化鋁瓷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 。
  11. The effects of superfine powder on composite anodizing process of aluminum in sulfuric acid solution

    超細粉體對鋁在硫酸溶液中陽極氧化的影響
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