amorphous carbon 中文意思是什麼

amorphous carbon 解釋
非晶碳
  • amorphous : 玻璃態的
  • carbon : n. 1. 【化學】碳。2. 【電學】碳精棒[片、粉];碳精電極。3. (一張)復寫紙。4. 復寫的副本。
  1. Super - hard amorphous carbon films were deposited on such substrates as single - crystalline silicon and k9 glass by pulse laser ablating graphite target

    本文研究用脈沖激光燒蝕石墨靶方法在單晶硅、 k9玻璃等襯底上生長超硬非晶碳膜。
  2. They do not have an illuvial horizon enriched with either silicate clay or with an amorphous mixture of aluminum and organic carbon

    沒有富含硅酸鹽粘土或鋁有機碳非晶質混合物的淀積層。
  3. The method of amino ? roup doping into hydrogenated amorphous carbon ( ct - c : h ) film and the influence of technological condition on it had been exhaustedly discussed in the article

    本文詳細研究了對氫化碳膜進行胺基團摻雜的方法,工藝條件。
  4. When the two reactants were simply mixed by crush, they reacted violently and produced carbon spheres with a diameter of 50 - l00nm and sodium chloride ( nacl ) was encapsulated within the outer amorphous carbon shells, which could be confirmed by sem and tem. by annealing at 1400 ? to drive the encapsulated nacl away, hollow carbon spheres were left with a novel mesoporous structure, as presented in hrtem

    實驗中將兩種反應物通過直接擠壓混合后加熱反應,得到的無定型球狀碳材料經tem照片證實直徑為50 - 100納米,而且中間包裹氯化鈉( nacl )顆粒; xrd等結果顯示,高溫退火併徹底清除nacl后形成的中空碳球已經部分石墨化。
  5. These amorphous carbon tubes are totally different from those graphitized carbon nanotubes obtained through traditional methods. the simple and direct synthesis method is superior to the usual casting method by mesoporous silica materials

    相對于利用中孔sio _ 2為模板合成的中孔碳材料,我們的合成方法更簡單直接,並且如此大孔徑的有序中孔碳材料也是首次報道。
  6. The result of md simulation means that : ( 1 ) the microstructure in the amorphous carbon has no obvious change, the slippage which is parallel to the fiber axes in the graphite slices of the pyc interphase was found ; ( 2 ) bulk moduli of every part of interphase diminished, young ' s moduli in all three direction of amorphous carbon diminished, young ' s moduli of the graphite slices in the direction of parallel to the fiber radial decreased, and ones in the direction of parallel to the fiber axes increased

    分子動力學模擬結果表明, ( 1 )界面相內部無定形碳部分微結構無明顯變化,石墨片層部分沿纖維軸向滑移; ( 2 )界面相模量發生變化,界面相區域各部分的體積彈性模量降低,無定形碳部分及石墨片層部分垂直於纖維軸向的楊氏模量降低,平行於纖維軸向的楊氏模量升高。
  7. Ion - assisted bombardment and direct current bias were emphasized in charter ii and charter iii respectively on studying how external factor as an assisted avenue can influence the growth of amorphous carbon film

    第二章和第三章分別從引入離子轟擊和施加直流偏壓電場兩方面著重研究了外界條件作為輔助手段對非晶碳生長的影響。
  8. It is thought that the emission process happened with the participation of diamond crystal, graphite, amorphous carbon and intra - face states in the diamond films

    認為非晶碳、石墨、金剛石及相應界面態構成一個完整的體系參與場發射,金剛石薄膜中雜相的存在有利於電子的場發射。
  9. Ammonia played a critical role in the vertical alignment of cnts, and the possible reason was that in 850 the atomic hydrogen decomposed from ammonia reacted with amorphous carbon to form volatile products to keep the metal surface clean, and mechanical leaning against neighboring tu bes established a morphology of vertical alignment

    當基體為單晶硅、催化劑鎳膜厚度為20nm 、氨氣氣氛、生長溫度為850時,得到了定向生長的納米碳管。其原因可能是850時氨氣分解的氫原子和無定形炭生成了易揮發物質,從而保持催化劑的活性使納米碳管依靠相鄰碳管之間的斥力定向生長。
  10. The equipment for simultaneously measuring resistance, volume expansion and temperature was constructed. two different polymer matrices, crystalline high density polyethylene ( hdpe ) and amorphous polystyrene ( ps ) were selected, which were loaded with carbon black ( cb )

    自行設計製作電阻-體積膨脹-溫度同步測量裝置,研究了炭黑( cb )填充聚合物基ptc材料的電阻率隨體積膨脹的變化關系,聚合物基體分別為結晶聚合物高密度聚乙烯( hdpe )和非晶聚合物聚苯乙烯( ps ) 。
  11. On the basis of plenty of relative references about conductive composites of polymer matrix / carbon black. a new idea has been put forward for conductive composites, that is, by adding organic crystals into amorphous pu matrix ( coating ) without ptc effect to prepare coatings with ptc effect

    本文在查閱大量國內外有關聚合物cbptc導電復合材料文獻資料的基礎上,提出向無ptc效應的非結晶性聚氨酯( pu )塗料基體中加入有機晶體以獲得具有ptc效應的塗料的設想。
  12. The results show that amorphous carbon films have high etching resistance against oxygen plasma, and etch rates of the films correlated not only with etching processing parameters, also with deposition conditions

    結果表明非晶碳膜對于氧離子體具有高的抗刻蝕性,其刻蝕率不僅與刻蝕的過程參量有關,而且決定於膜的沉積條件。
  13. The degree of graphitization and diameter of cnts increased with elevated temperature, which showed that high temperature improved the catalysis of catalyst, and was attributed to uniform arrangement of atomic carbon, and hindered amorphous carbon

    隨著生長溫度的升高,催化劑的活性提高,有利於碳的有序排列,生長的碳納米管直徑增大。氨氣對納米碳管的定向排列影響顯著,而氫氣、氮氣則無影響。
  14. Deposition and etching of amorphous carbon films in ecr plasma

    離子體沉積和刻蝕非晶碳薄膜
  15. It us possible to raise the modulus of normal low modulus sodium silicate by adding some quantity of amorphous silicon dioxide ( white carbon black ), however the author ' s investigation showed that the quality of the hi - modulus sodium silicate obtained such way is not ideal for casting production

    一般低模數的水玻璃可以通過在其中加入一定量的無定形二氧化硅來提高模數,但研究表明,用這種方法調得的高模數水玻璃質量並不十分理想,在使用上存在很大問題。
  16. Consisted mainly of amorphous phase. hrem images showed that the ti - dlc film had a lamellar structure. the tic phase with a size of 5 nm was located at the titanium - rich regions surrounded by amorphous carbon structures in the ti - dlc film

    Ti - dlc膜的結構主要為非晶相,高分辨電子顯微鏡分析( hrem )表明ti - dlc膜成層狀分佈,膜內存在著富ti區和貧ti區, tic顆粒尺寸大約為5nm 。
  17. Preparation and friction properties of aligned membrane of amorphous carbon nanorods on aao template

    模板上碳納米棒定向膜的制備及摩擦性能分析
  18. As an environmentally benign and economically viable optoelectronic device material, amorphous carbon ( a - c ) films are of interests in various applications

    作為一種經濟適用並且環境友好的光電器件材料,非晶碳薄膜因其眾多優良的特性而引起廣泛研究興趣。
  19. At lower growth temperature, the lower extracting rate of carbon atoms from catalyst particles due to the lower activity of the catalysts resulted in more defects formed in carbon nanotubes. moreover, the lower transportation rate of carbon atoms in catalyst particles also made lots of carbon atoms deposited on the surfaces of grown carbon nanotubes, or on carbon wrapped catalyst particles, even to form amorphous carbon layers

    在較低溫度時,由於催化劑的活性較低,導致石墨面在生長過程中引入的缺陷較多;另一方面,碳原子在催化劑顆粒內遷移速率較低,使得多餘的游離態碳原子(或原子團)可能在納米碳管表面以非晶形式沉積,或者包覆催化劑使其「中毒」失去催化活性,或者直接形成非晶的碳納米顆粒。
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