燒結纖維 的英文怎麼說

中文拼音 [shāojiēxiānwéi]
燒結纖維 英文
sintered fibre
  • 燒 : Ⅰ動詞1 （使東西著火） burn 2 （加熱或接觸某些化學藥品、放射性物質等使物體起變化） cook; bake; hea...
  • 結 : 結動詞（長出果實或種子） bear （fruit）; form （seed）
  • 纖 : 纖形容詞（細小） fine; minute
  • 維 : Ⅰ動詞1 （連接） tie up; hold together; link 2 （保持; 保全） maintain; safeguard; preserve; keep ...
  • 纖維 : fibre; staple; filamentary
  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. Results show that : ( 1 ) for each particle size of andalusite, variation tendency of the properties of the material is generally the same : the maximum of bulk density, compressive strength and rupture strength appears in the range of 5 % - 10 % content of fiber, these properties of the material remarkably decrease as the fiber content exceed 10 % ; while at the same fiber content, the properties of the material increase with the increase of firing temperature

    結果表明： （ 1 ）對于不同粒度的原料，性能變化規律大致相同：在同一燒成溫度下，體積密度、常溫耐壓強度、常溫抗折強度在5 10之間出現峰值，加入量超過10之後材料的性能明顯下降；在相同的纖維含量下，隨著燒成溫度的提高，試樣的各項性能均有所上升。
  3. After looking up a large amount of native and foreign information, the materials used in the experiment were as follows : ptfe base, graphite filler, molybdenum disulfide filler, copper powder filler, carbon fiber and so on. the experimental method is that the formula was designed according to uniform experimental method, the relationship between formula and frictional property was found with spline function and then the representative test points were chosen from fitting curve to make verification test for optimization. the preparative technique of solid lubricant is cold - press sintering method

    經過查閱大量國內外文獻資料后確定原料為：聚四氟乙烯樹脂為基體，加入石墨、二硫化鉬、銅粉、碳纖維等填料；試驗方法為：根據均勻試驗方法設計配方，用樣條函數找出配方與摩擦性能的關系，然後在擬合曲線上選取具有代表性的試驗點進行驗證試驗，達到優化的目的；制備工藝：冷壓燒結法制備固體潤滑劑。
  4. The layer spacing changes from 2. 2 nm to 3. 3 nm. tio2 is a functional materials with some outstanding physical and chemical properties which have many important application in areas including environmental purification, photocatalyst, and high effect solar cell

    欽酸鉀是一種寬帶半導體材料，現在有過關于用燒結法合成欽酸鉀纖維，並用這些纖維作為復合材料增強劑的報道，但是這種纖維多是微米級的。
  5. Materials for printed boards and other interconnection structures - part 2 - 19 : reinforced base materials, clad and unclad ; epoxide cross - plied linear fibreglass - reinforced laminated sheets of defined flammability vertical burning test, copper clad

    印製板和其它互連結構用材料.第2 - 19部分:被包和非包被增強基材料.規定燃燒性的環氧交叉簾布層線性纖維玻璃增強包銅的疊層板
  6. The parameters of impregnation are as follows : ph is about 3, the range of temperature is from 20 to 45, and the time is about 2 to 6 hours. after the necessary treatments, zirconia cloths had the optimal strength when the diameters of zirconia fibers were controlled in 4um to 7um, and the sizes of zirconia grains were in 50nm to 100nm. the affec - ting factors were discussed and the liner regression analysis of the cloths was made, from w hich they show that the diameters and grain sizes have the significant influences on zirconia cloths. the obtained zirconia cloths have been accepted for use in nickel - hydrogen batteries by practical use

    研究結果表明：粘膠類纖維布最適合制備氧化鋯纖維布的前軀體；鋯液濃度以飽和溶液為宜；浸漬工藝參數為ph值3左右，溫度20 45 ，時間2 6小時；多餘鋯鹽的去除、浸鋯液后纖維布的整平處理及平燒施應力燒成有利於氧化鋯纖維布的柔軟及平整; 200 600燒成溫度段應緩慢燒成，控制氧化鋯纖維直徑在4 7 m ，氧化鋯晶粒尺寸50 100nm時氧化鋯纖維布的強度最好。
  7. Made of high - speed mixing polytetrafluoethylene resin and a certain volume of filling agent ( such as carbon fiber, graphite, molybdenum disulfide, glass fiber and bronze powder etc. ) shaped by moulding then through high heat sintering

    用聚四氟乙烯樹酯與一定量的填充劑（如：碳纖維、石墨、二硫化組、玻璃纖維、青銅粉等）經高速混合均勻後用模塑成型經高溫燒結製成。
  8. Stainless steel fiber sintering medium

    燒結不銹鋼纖維氈
  9. 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。
  10. The microstructures of precursor fibers, fibrous cloths, the composition of zirconia solution, the technological parameters of impregnation, and the modes of drying and firing were investigated

    對前軀體纖維、纖維布結構、鋯液配方、浸漬工藝參數、乾燥及燒成方式和制度進行了深入研究。
  11. The experiment showed that the temperatures and the fiber proportions influenced great on the compressive strength, bending strength, volume density and the porosity of the composites

    實驗結果表明，燒成溫度和纖維含量對復合材料的耐壓強度、抗折強度、體積密度和氣孔率影響較大。
  12. The composite was pressed and sintered again to further enhance its synthetical properties. through this treatment, interface binding strength, compactness, conductivity and mechanical properties of the composite were prominently increased

    復壓復燒處理后，銅基體與碳纖維之間結合狀態良好，復合材料的緻密度、電導率及機械性能均有顯著提高。
  13. We tested the ambient temperature compressive strength, the ambient temperature bending strength, volume density and the porosity of the sintered composites. by means of the om, sem, and x - ray, we analyzed the composites micro - structure ; we studied the dispersion methods & the mechanism of damage of the fiber ; we also did research on the reinforced mechanism and the fabrication characteristics of the fcmc

    測試燒后試樣的常溫耐壓強度、常溫抗折強度、體積密度、氣孔率，並藉助于光學顯微鏡、掃描電鏡以及x射線衍射圖象對復合材料微觀結構進行了分析，探討了復合材料中纖維的分散方法、纖維的損傷機理、纖維增強al _ 2o _ 3復合材料的增強機理和及制備特性。
  14. In the process of wollastonite fining, we can forge and then cool it to protect its crystal structure which is short acicular fiber. mechanochemical modification by jet mill is super to speedily mixed modification by stirring mix

    硅灰石微粉碎過程中，為保護硅灰石的短纖維針狀結構，可在粉碎前對硅灰石進行煅燒空冷處理。
  15. This process has been successfully used to sinter fgm, mmc, frc and so on, and joining difficult - to - weld materials

    該技術已應用於梯度功能材料、金屬基復合材料、纖維增強復合材料、納米材料、多孔材料等多種材料的燒結和不相容材料之間的連接。
  16. By analyzing microstructure and morphology of the composites at the different pressure and different sintering temperature, optimal craft parameters of primary pressing - sintering were ascertained : 350mpa ( pressing ) + 400 c + lh ( clearing gas ) + 800 c + 40min ( sintering ). after primary press, the carbon fibers showed some directional distribution

    通過對比不同壓制壓力和燒結溫度下復合材料的顯微組織形貌，確定初壓燒結的最佳工藝參數為： 350mpa壓制+ 400 1h除氣+ 800 40min燒結。初壓后，碳纖維在基體中的分佈產生了一定的取向性。
  17. According to bani, ., zn, . -. co. fel6 -, ' + al, ' + o stoichiometric composition, composite and single pl1ase w - type hexaferrite nanoparticle absorption wave material were prepared. thirdly, absorbing microwave capacity dependence of preparation method " sinter condition " co col1tent and doped carbon fiber were thoroughly studied

    其中，重點研究了兩種制備方法和燒結條件對平面w型復合ba鐵氧體吸波特性的影響，探究了不同含co 、 al量及摻入碳纖維對其吸波性能的影響。
  18. The expressions of the maximum deflection were derived through mechanics analysis, and the parameters affecting the maximum deflection were discussed

    根據力學求解最大撓度的表達式，並討論影響最大撓度的因素以及在實際（特別是纖維的燒結和拉伸環節）中的應用。
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