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題名 | 耐高溫光纖之製造=A Manufacturing Process for High Temperature Resistant Optical Fiber |
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作者 | 李文興; 胡哲明; | 書刊名 | 技術學刊 |
卷期 | 15:4 2000.12[民89.12] |
頁次 | 頁603-611 |
分類號 | 472.16、472.16 |
關鍵詞 | 金屬鍍層耐高溫光纖; 濺鍍; 無電鍍; 電鍍; High temperature resi stant metal-coated optical fiber; Sputtering; Electroless; Electro-plating; |
語文 | 中文(Chinese) |
中文摘要 | 本研究已經成功的發展出一種具金屬鍍層的耐高溫光纖之製程技術。成功的將耐高溫鎳及銅金屬以濺鍍、無電鍍、電鍍的方式鍍於光纖上。實驗結果濺鍍和無電鍍的方法皆可將光纖先導體化,再進行電鍍處理。研究結果顯示,經濺鍍後再電鍍鎳一小時之鍍層厚度可達70μm,並且鍍層表面光滑缺陷少,單純以濺鍍的方式以增加鍍層厚度是相當費時且花費昂貴,經濟效益較差。雖然無電鍍可以很容易的將光纖表面鍍上一層金屬,但是,無電鍍時鍍層會產生過大的鍍層應力,導致鍍層剝落,所以單純以無電鍍並無法得到所需的鍍層厚度。 |
英文摘要 | A high temperature resistant metal-coated optical fiber has been successfully manufactured by using sputtering, electroless and electro-plating methods. It shows that sputtering and electroless plating processes can achieve a conductive optical fiber. Optical fiber treated by sputtering and electro-plating process for 1 hr, yields a smooth coating up to 70μm thickness. Economically, it is unsuitable to increase the thickness of metal-coated optical fiber by sputtering alone. Although electroless plating is a candidate method to produce high temperature resistant optical fiber, a high generated-stress between fiber and coating layer will cause spallation of the coating layer. Which means that there is a limitation of coating thickness. |
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