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應用可拓理論於壓電厚膜製程最佳化

Process Optimization of Piezoelectric Thick Film Using Extension Set Analysis

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摘要


本文是將壓電厚膜利用網印的方法沉積在矽晶片上,同時使用低溫共燒的方式,使得壓電厚膜與矽晶片更加的警密結合。並運用物元觀念、關聯函數等可拓理論來做製程條件質變的最佳探討,藉著田口實驗法中的直交表在最少實驗次數下,求出最佳製程參數,使其能獲得更廣泛的應用。

並列摘要


This experiment was deposited piezoelectric thick film which useprinting on the silicon chip and low-temperature sinter, makepiezoelectric thick film and silicon chip structure more denser. We also use the Matter-Elements concept, dependent function in Extension Theory etc. to do the process conditions with quantitativechange degree function optimization investigation, by the Taguchi-method’s orthogonal array with least experiments to request processparmeter optimization to obtain various fields of applications.

被引用紀錄


陳麒任(2013)。研究可拓神經網路及可拓理論於最佳化之應用:以生醫奈米結構薄膜製程為例〔碩士論文,國立臺北科技大學〕。華藝線上圖書館。https://www.airitilibrary.com/Article/Detail?DocID=U0006-0108201316293500

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