退火雙晶 的英文怎麼說

中文拼音 [tuìhuǒshuāngjīng]
退火雙晶 英文
annealing twin
  • 退 : 動詞1 (向後移動) retreat; draw back; move back 2 (使向後移動) cause to move back; remove; wit...
  • : fire
  • : Ⅰ形容詞1 (兩個) two; twin; both; dual 2 (偶數的) even 3 (加倍的) double; twofold Ⅱ量詞(用...
  • : Ⅰ形容詞(光亮) brilliant; glittering Ⅱ名詞1. (水晶) quartz; (rock) crystal 2. (晶體) any crystalline substance
  • 退火 : [冶金學] anneal; annealing; back-out
  1. In this paper, we used different doping means to prepare the mn - doped gaas material. firstly, we incorporated mn of different dose into gaas by ion implantation, including the couple - ion implantation with mn + and c, then performed rapid thermal annealing in different temperature. furthermore, we incorporated mn into gaas using different mn sources ( pure mn and mnas ) by diffusion

    本論文利用不同摻雜方法進行了摻mngaas這種dms材料樣品的制備,首先利用離子注入法對砷化鎵( gaas )材料進行不同劑量的錳( mn ~ + )離子注入,其中包括加碳( c )的離子注入,然後在不同溫度下進行快速退處理;此外還利用擴散法對gaas片進行不同mn擴散源(純mn 、及mnas )的摻雜。
  2. In succession, tini thin film is deposited on single - crystal silicon substrate using optimized parameters utilizing sputtering, and its transformation temperature ( a * ) is 72 ? indicated by dsc curve after being annealed in an ultra - high vacuum ( uhv ) chamber. in addition, the composition of the silicon - based tini film was analyzed by an energy dispersive x - ray spectroscopy ( eds ), and the ti content in the film is approximately 51at %

    按照改進的工藝參數,在單硅襯底上濺射-淀積了tini薄膜,並進行了超高真空退, dsc法測得其馬氏體逆相變峰值溫度為72 ,利用能譜分析( eds )技術測得其ti含量約為51at ,通過對非tini薄膜與單硅襯底之間的界面進行eds及x射線衍射( xrd )分析,發現在用大功率( 2000w )直流磁控濺射法制備tini薄膜過程中,存在ti 、 ni與si的向擴散,發生了界面反應,並有三元化合物ni _ 3ti _ 2si生成。
  3. We also investigated the effect of c on the samples formed by ion implantation of mn and c. we studied the samples " crystal structure and surface appearance by x - ray diffraction and afm, experimental results revealed that with increasing the annealing temperature, the crystal lattice reformed and defect in the surface reduced gradually

    還進行了mn ~ + 、 c離子注入,研究了c對樣品性質的影響。利用x -射線衍射法和原子力顯微鏡對樣品的體結構和表面形貌進行了研究。發現隨著退溫度的升高,樣品的格質量得以恢復;注入表面形成的格缺陷逐漸減少。
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