晶料接著 的英文怎麼說

中文拼音 [jīngliàojiēzhāo]
晶料接著 英文
diebondingg
  • : Ⅰ形容詞(光亮) brilliant; glittering Ⅱ名詞1. (水晶) quartz; (rock) crystal 2. (晶體) any crystalline substance
  • : 名詞1 (材料; 原料) material; stuff 2 (喂牲口用的穀物) feed; fodder 3 (料器) glassware 4 (...
  • : Ⅰ動詞1 (靠近;接觸) come into contact with; come close to 2 (連接; 使連接) connect; join; put ...
  • : 著助詞1. (表示動作的持續) 2. (表示狀態的持續) 3. (用在動詞或表示程度的形容詞後面, 加強命令或囑咐的語氣) 4. (加在某些動詞後面, 使變成介詞)
  • 接著 : 1. (用手接) catch 2. (連著; 緊跟著) follow; carry on; go on (with); proceed
  1. At the same time because of the insolubility of calcium phosphate, topical extortionate concentration of calcium ions and phosphate ions, the vary of ph value and the effect of osteoblasts and proteins in oregano - bone matrix, the calcium ions and phosphate ions gave birth to crystal nucleus and came into being osteo - salt deposition, furthermore to form mineralized bone. finally, at the host osseous lamella far away the implanting area we found some material granules

    藉助于掃描電鏡等測試手段,實驗發現隨植入時間的延長,材區域的面積不斷縮小,體顆粒間的頸部連斷開,顆粒的結構和形貌發生了較大的變化,且材的內部出現了生命元素碳和硫等。
  2. For the effects of dimension and surface, the lattice structure, chemical states and the electronic states in the film surface ( interface ) have greatly affected the properties of the films and the practical applies in industries

    由於納米材的小尺寸效應及表面效應,薄膜表(界)面的格結構、化學形態和電子態成為決定薄膜性能的重要因素,而這些因素又直影響鈦酸鋇系薄膜的實際應用。
  3. With the development of modern industry and technology, some conveying and manipulating operations in non - contact mode need the suspension technology in the fields of guiding system, material processing, micro - electronics and semi - conductor industry and so on. therefore, it is of great importance to develop the suspension technique. there have been some conventional suspension methods at present, among them, magnetic levitation, acoustic levitation, aerodynamic levitation, optical levitation, radio - frequency levitation, electric levitation and super - conducting levitation

    現代工業與科學技術的發展,在精密機械工業、半導體工業、航空航天工業、交通與運輸業以及空間材科學、微電子學和軍事科學等許多領域,需要採用懸浮技術對特定目標如精密元器件、光盤( cd ) 、液片( lcd ) 、硅基片( wafer ) 、導航陀螺乃至列車等實現非觸式的操作或輸運,因此,懸浮技術的發展具有重要的理論意義和實用價值。
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