alumina fiber 中文意思是什麼

alumina fiber 解釋
氧化鋁纖維
  • alumina : n. 【化學】礬土，鋁氧土。
  • fiber : n. 〈美國〉 ＝ fibre。
  1. Taking the andalusite from south africa and alumina fiber as raw materials, adding aluminum sulphate as binder, fabrication and properties of alumina fiber reinforced andalusite composite was studied through wet dispersion, mould pressing and sintering processes

    以紅柱石和氧化鋁纖維為原料，用硫酸鋁作為結合劑，經過分散、混合、半干法成型、高溫燒成工藝，對氧化鋁纖維增強紅柱石基復合材料的制備及性能進行了研究。
  2. When the alumina fiber accounted for 10 %, the density of the composites was chiefly high and the fiber evulsion effect was reinforced ; when the alumina fiber accounted for 30 %, the fiber evulsion effect, fracture and bridge - connection effect were mainly strengthened, when the fiber proportion was 50 %, at the temperature of 1500 c, the bending strength reached 26. 11 mpa while the compressive strength was 79. 30 mpa

    氧化鋁纖維含量為10和30的試樣增強機理不同，含量為10時，復合材料以基質密實度高、纖維拔出效應增強為主；氧化鋁纖維含量為30時，復合材料以纖維拔出、斷裂、橋聯效應增強為主。當纖維含量為50時，在1500下燒成，其抗折強度達到26 . 11mpa ，耐壓強度達到79 . 30mpa ，該復合材料可用作輕質保溫材料。
  3. The light - storing fiber was produced from fluorescent masterbatch which was composed by basic silicate or alumina with thulium

    摘要蓄光纖維是通過用堿土類硅酸鹽熒光粉體或氧化鋁加稀土元素組成的發光粉體，製成一定濃度母粒切片，用母粒來紡絲。
  4. Improvement of technological process and facilities of alumina silicate fiber manufactured in the resistance - heated furnace

    硅酸鋁纖維電阻法成纖工藝和設備的改進
  5. By using the high pure alumina micro - powder ( > 99. 0 % ) and the polymorphous alumina fiber as materials, by adding alumina sulfate as the binder or polypropylene - amide as the disperser respectively, through mixing, dispersing, and compression molding, at different temperatures of 1200 c, 1350 c, 1400 c, 1500 c, and 1550 c with no pressure, the alumina fiber - alumina composites were made

    本試驗採用高純氧化鋁微粉（ 99 . 0 ）和多晶氧化鋁纖維為原料，分別加入硫酸鋁和聚丙烯酰胺作結合劑和分散劑，經混合、分散、壓力成型及在1200 、 1350 、 1400 、 1500 、 1550下無壓燒成制得氧化鋁纖維? ?氧化鋁復合材料。
  6. Friction and wear properties of az91 magnesium alloy and its hybrid composites reinforced with alumina fiber and graphite particulates

    石墨顆粒混雜增強復合材料的滑動摩擦磨損性能研究
  7. This paper expatiated on the developing history, the present research situation, the reinforced mechanism and the application prospect of the fcmc, and the paper also studied the technological parameter and influencing factors of fabricating alumina fiber - alumina composites

    本文闡述了纖維增強陶瓷基復合材料的發展歷史、研究現狀、增強原理及其應用前景。研究了制備氧化鋁纖維? ?氧化鋁復合材料的工藝參數和影響因素。
  8. At the same sintering temperature, when the alumina fiber accounted for 10 %, the porosity of the composites was the lowest, the volume density was the biggest, and the compressive strength and the bending strength were the highest. when the sintering temperature was 1550 c, the compressive strength which could reach 332. 78 mpa, was the biggest ; when the sintering temperature was 1550 c, the bending strength which could reach 44. 04 mpa, was the biggest

    在同一燒成溫度下，氧化鋁纖維含量為10時，復合材料的氣孔率最低，體積密度最大，耐壓強度和抗折強度最高；燒成溫度在1550時，復合材料的耐壓強度最高，達到332 . 78mpa ，在1500時，復合材料的抗折強度最高，達到44 . 04mpa 。
  9. In the 2lth century, there is more opportunities for the alumina oxide fibers, but the process of continuous high performance alumina oxide fiber is still a great challenge

    對含鋁氧化物陶瓷纖維的發展前景和發展方向進行了較為深刻的探討。
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