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SEMI台灣區總裁曹世綸表示，「受大尺寸晶圓需求帶動，2015年矽晶圓出貨已刷新紀錄。接下來兩年市場前景可期，將維持溫和成長局面。」
SEMI預測，2015年拋光矽晶圓（polished silicon wafers）與外延矽晶圓（epitaxial silicon wafer）出貨量將達10,042百萬平方英吋；2016年為10,179百萬平方英吋，而2017年則上看10,459百萬平方英吋。
【Training】教育部智慧電子聯盟前瞻電子領域授課人才培育課程
日期：102年11月2日10:00~16:30
地點：交大浩然圖書館 國際會議廳 B廳
課程主題：Wireless Power Transfer via Electromagnetic Resonant Coupling
授課講師：Takehiro Imura居村 岳広
Abstract:
Novel wireless power transfer technology which is based on electromagnetic resonant coupling is proposed in year 2007. It is a breakthrough as power can be transferred with over 90 % efficiency across 1 m gap compared to conventional wireless power technology which can only transfer across few centimeter gap. Currently this technology is in research and development stage. Therefore, many researchers are interested in this electromagnetic resonant coupling technology.
In this lecture, I will introduce general wireless power technology and move into details of electromagnetic resonant coupling, in point of view of a researcher in this field. I will also introduce the trend of wireless power technology in Japan.
Bio:
Takehiro Imura received the B.S. degrees in electrical and electronic engineering from Sophia University, Tokyo, Japan, in 2005, and the M.S. degree in electronic engineering and the Ph.D. degree in electrical engineering from The University of Tokyo, Tokyo, Japan, in 2007 and 2010, respectively. Since 2010, he has been with the Department of Advanced Energy, Graduate School of Frontier Sciences, The University of Tokyo, as a Research Associate. He is currently researching on the wireless power transfer for electric vehicles using electromagnetic resonant couplings.
主辦單位：教育部智慧電子聯盟中心、交通大學電子工程系
報名網址：http://tiger.ee.nctu.edu.tw/summer_school/course.php?no=5
報名費用：500元
報名日期：即日起自102年11月1日
聯絡方式：蔡易蓁小姐 adobe0406@mail.nctu.edu.tw
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2013前瞻電子領域授課人才培育系列課程
課程網址：http://tigeree.nctu.edu.tw/summer_school/index.php
-- 7/15-7/16：Epitaxial Growth of GaN layers on Si substrates
-- 8/5-8/7：Power Electronics
-- 8/12-8/13：Smartphones
-- 8/14-8/15：Green Circuit
--11/2：Wireless Power Transfer
所謂的磊晶矽晶圓片(Epitaxial Wafer)是指在一拋光晶圓片(在此稱為基板，英文為Substrate)所長出的一層單結晶薄膜而這層薄膜會在某一個平面之上進行規則排列的成長 ... ... <看更多>
epitaxial growth. 以epitaxial growth 進行詞彙精確檢索結果. 出處/學術領域, 英文詞彙 ... ... <看更多>
epitaxial 在 磊晶(晶體) - 維基百科，自由的百科全書 的相關結果
磊晶（英語：Epitaxy），是指一種用於半導體元件製造過程中，在原有晶片上長出新結晶以製成新半導體層的技術。此技術又稱磊晶成長（Epitaxial Growth），或指以磊晶 ... ... <看更多>