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超導材料

超導材料. 組員:張博翔 49914032 許智超 49914051. 何謂超導體. 電流 在超導材料內部流通時,並不會產生電阻,電阻幾乎為零。因此 ,傳輸 電能時不易損耗,但目前只能在低溫的環境下才會使超導材料發生超導現象。除了 零電阻 的特性外,超導體尚有反磁性、約瑟芬穿隧 效應、 擄獲 磁場 … 等等 特性。因此,可以被廣泛地應用於電子、能源、醫療及交通等工業。. 磁場相互作用示意圖. 磁 浮與 磁懸浮. 高溫超導塊材之新興技術之介紹. 參考文獻

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超導材料

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  1. 超導材料 組員:張博翔 49914032 許智超 49914051

  2. 何謂超導體 電流在超導材料內部流通時,並不會產生電阻,電阻幾乎為零。因此,傳輸電能時不易損耗,但目前只能在低溫的環境下才會使超導材料發生超導現象。除了零電阻的特性外,超導體尚有反磁性、約瑟芬穿隧效應、擄獲磁場…等等特性。因此,可以被廣泛地應用於電子、能源、醫療及交通等工業。

  3. 磁場相互作用示意圖

  4. 磁浮與磁懸浮

  5. 高溫超導塊材之新興技術之介紹

  6. 參考文獻 http://ejournal.stpi.narl.org.tw/NSC_INDEX/Journal/ EJ0001/9809/9809-09.pdf http://highscope.ch.ntu.edu.tw/wordpress/wp-content/uploads/2010/06/supercon-stude.pdf

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