publications

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

獲得IIP國際傑出發明獎

2020/11/19

 

 

 

 

 

 

 

 

 

 

 


 

 

 

歡迎碩一新生Otter(中)

2020/06/03

 獲得台灣電力公司照明金質獎-照明論文特優

  2020/02/11

 

與曙光女中共同研究藍光問題，發表於記者會

 2019/12/23

2019宜蘭科學園區「智慧產業資訊應用競賽」第二名

 2019/10/23

2019實驗室慶祝老師教師節快樂

2019/09/28

與諾貝爾獎得主「中村修二」合影，並贈送實驗室技術發明的三瓣燈

2019/09/12

守護司馬庫斯生態 友善燭光OLED路燈啟用

2019/07/06

 

催生OLED與藝術的結合 清大開創藝術新境界

2019/05/09

司馬庫斯引進OLED 打造無藍害照明部落

2019/03/08

 

從馬同學、馬老師到馬總統-一個青年夢想的實現

2019/03/07

清大燭光OLED商化啟動 全方位友善光源改寫人類照明史

 2018/12/07

OLED智慧型手機是否對眼睛較好？清大研究人員說是的(圖為連結)

2018/10/3

          

                 2018第四季OLED照明產學研合作聯盟論壇

2018/09/14

2018教師快樂

2018/09/28

發現新台灣

2018/5/31

Party for celebrating press conference

2018/05/09

 

GOOD LIGHTS SAVE LIFE

台美共同呼籲 好光抗癌顧健康

 2018/4/27

Outstanding paper posted on journal cover

2017/11

 

實驗室慶祝周卓煇老師教師節快樂 

2017/09/28

 

Prof. Jwo-Huei Jou is in the top 1% of highly cited authors in journals of Royal Society of Chemistry. 

2017/07

 

 Party for farewell and welcoming with traditional Indian food

 

2017/07/24

Solar OLED

2017/07/19 

2

2017 Holi Celebration OLED lab

2017/03/10 

 

 

 

2017-曙光女中在司馬庫斯頭目的演講中當一日的清華人

2017/05/17

 

 

 

 

 

 

 

 

 

 

 

 

2017 Holi Celebration OLED lab

2017/03/10

 








 

 

 

 

2017周卓煇老師實驗室Reunion

2017/02/18


與曙光專題學生一同吃pizza午餐

2016/08/31

Lab Indian food lunch

2016/07/01

2016 科普活動-香山高中演講

2016/06/13

2016周卓煇老師實驗室REUNION

Lab Pizza Lunch

2015/05/27

台彩董事長 薛香川先生來訪

飛躍的羚羊 紀政女士來訪


Group meeting with dessert

 2015/2/11

 

2014/8/13

Indian Lunch by Sudhir

2013/06/25

2013周卓煇老師實驗室REUNION

 

 

  1. 成果簡述

近年之研究內容與主要研究成果說明

 本實驗室近年內在類燭光OLED、低色溫OLED、類太陽光OLED、白光OLED元件結構、白光OLED製程，有多項創新突破，申請多項專利；除此之外，對於OLED蒸鍍系統、OLED封裝，以及可撓式OLED方面，均有多項專利具代表性之學理創新及應用技術突破，分述如下：

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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 1.     類燭光OLED

在歷經二十年的研究，本研究團隊，日前成功製造出人類史上第一個利用電力而不必燃燒碳氫的擬燭光光源；此項擬燭光有機發光二極體研究成果，在投稿後的短短三周內，即獲得國際著名期刊－前瞻功能材料（Advanced Functional Materials）接受刊登，前瞻功能材料期刊，以最高優先順位，對此論文進行編輯、校稿、與網上刊載，並在其材料眺望(Material Views)網上專文刊載，以做為今年聖誕節的特輯；國際著名期刊－自然（Nature），對此項擬燭光的發現，亦表達高度的興趣，將針對此論文發現，給予亮點(highlight)報導。

同時，也在2012年12月28日召開了「擬燭光記者會」，希望這一「擬燭光」光源，可以透過與工研院機械所、綠能所合作團隊的共同努力，以及藉助合作廠商的經驗、能力，早日促成這項安全、宜人的照明產品量產上市，以「好光」造福全球人類。

2.     低色溫OLED

自2011年，本研究團隊陸續發表低色溫OLED元件相關的paper，刊登在Journal of Materials Chemistry, Organic Electronics等知名期刊，和低色溫OLED相關的paper、專利、計畫等也馬不停蹄地進行中。色溫的概念從本團隊2009年製造出色溫可調變的OLED元件時就已經被廣泛的討論，直到近幾年本團隊才了解到低色溫OLED對人類照明的重要性，本研究團隊因而傾全力去研究製造。

除了在學術方面的探討，本研究團隊也希望能將低色溫的概念推廣給世界上的所有人，在2012年4月5日時，聯合台大、工研院召開「超低色溫OLED光源」研發成果發表會，闡明色溫對人體褪黑激素分泌的影響，並為大眾揭開所有目前市面上光源的「真面目」，包括它們的色溫、演色性及光譜，而低色溫光源的發明料將全面改寫人類夜間照明史，無論室內外，全球入夜用電照明的習慣亦將迅速改變，人體將因此不再飽受「白光」的摧殘，而致身體健康獲得改善，甚至降低罹癌風險；此一技術預計將帶動創新的照明科技產學，讓我國的科學研究及產學技術站上全球領先的地位。

知道了低色溫的重要性之後，本研究團隊對於「改變世界」、「設法讓世界更好」更是不遺餘力，在立委黃昭順及陳超明的大力協助下，於2012年5月18日在立法院召開了「人造光源與健康風險」公聽會，督促衛生署、經濟部、國科會等部會，提擬相關光害防制、照明規格新法的立法，並積極制定高品質照明的科研與政策，進而推動「公眾健康與經濟」雙顧雙贏的照明產業。

3.     類太陽光OLED

2009年，本研究團隊製造出色溫可調變OLED元件，這項發明刊登在應用物理快訊（Applied Physics Letters, 95, 013307, 2009），此發明為人類用電史上，第一個單一元件發光裝置，其所產生光色涵蓋太陽光，其色溫可從2,000K變化到8,000K；此照明技術，將給予人類最極致的照明品質，大幅提升照明產品之附加價值；據Nature期刊之評審觀察，此研究結果將引起攝影、心理、農業、照明等諸多領域的重視。

 

 

此發明、發現，在APL刊登後，即陸續獲得多個國際科技媒體報導，分別有Physics.org、Electronicsweekly等，並獲Nature Publishing Group (NPG)選為Asia Materials highlight paper；除國際媒體外，國內媒體，如自由時報、中國時報、聯合報、經濟日報、東森新聞等，皆以大篇幅報導；此發明亦已向台灣與美國、歐洲、日、韓提出專利申請。

 

"First candle light-style OLED

triggered by electricity

in lieu of candles invented 5,000 years"

http://www.materialsviews.com/a-festive-switch-oleds-instead-of-candles/

 

如Physics.org報導：「Currently, no other type of lighting device is capable of producing this wide a span of sunlight-style illumination, which could make the new technology an attractive future high-quality lighting source.」(Physics.org每月有150萬人次瀏覽。)

英國ElectronicsWeekly指出：「Taiwanese researchers have made an OLED structure that can emit all the hues of sunlight, simply by changing its terminal voltage.」

NPG期刊也指出：「Organic light-emitting diode simulates daylight from all times of the day by modulating the driving voltage.」 (NPG Nature Asia-Pacific代表自然出版集團（NPG）在亞太地區出版《自然》雜誌（Nature）。)

The Society of Photo-Optical Instrumentation Engineers (SPIE)的編輯，也來函邀請，針對此一發現、發明，撰寫關於類太陽光OLED的文章。(SPIE每年舉辦超過25次的國際性技術研討會和各種短期課程及教學活動，所發表的會議文獻，反映了相應專業領域的最新進展和動態，具有極高的學術價值。)

此一類太陽光有機發光二極體，不僅光譜接近自然光，還可以完整呈現太陽在不同時間、天氣、緯度所發出的光色；此發明與發現將一舉改寫人類用電照明的歷史，將戶外多變的自然光帶進室內、以及高緯度缺乏日照區。

 

4. OLED蒸鍍系統

    歷經十多年，我們以很少的經費，逐漸建立了兩套<單腔體-多鍍源蒸鍍系統>；根據此二系統，我們得以開發九項OLED相關專利，發表五篇在Applied Physics Letters、二篇在Organic Electronics的論文，另外有六篇已投稿；所累積系統蒸鍍經驗也使我們獲得<有機電致發光元件熱蒸鍍機台>日本專利(No. 3081421 )；我們也利用這樣的設備與經驗，協助擅長新穎發光分子合成的學者與業界，探討新材料作為高效能WOLED的潛力特性；對我國發展OLED相關光電科技與產業，或有所助益。

 

5. WOLED元件結構

    2002年，首次發表當時效率紀錄世界最高之多發光層白色有機發光二極體 (Applied Physics Letters, 80 (15): 2782-2784 APR 15 2002)，所發表此篇論文，至今被引用100次；2005年，發表目前效率紀錄世界最高之單發光層純白螢光有機發光二極體(Organic Electronics, 7, 8-15 2006)，此新元件結構亦使所得白光光色非常安定；在使用兼具發光客體特性與助主體功能分子於發光層時，在可應用亮度下，獲致發光效率為16 lm/W的白色螢光有機發光二極體，最大亮度為56,000流明；此新元件結構所得效果接近Forrest(Princeton)所發表的白色磷光有機發光二極體，其最大效率為26 lm/W，在100流明時為14 lm/W，在10,000流明時為3 lm/W，我們的螢光型白色有機發光二極體，在10,000流明時為7 lm/W。2006年，我們發表長壽命之WOLED，經用創新元件結構，壽命可提升5倍(Applied Physics Letters 89, 243521)。

6. WOLED製程

    我們新近發明了兩項WOLED製程方法，先後獲得校方審查通過，著手申請我國及美國的專利中，其一為<白光有機電致發光二極體及製造方法>，另一為<新式有機電激發光製造方式>；前項發明，使得WOLED可以利用濕式製程製作主要發光層，突破柯達OLED關鍵專利與英國CDT之PLED關鍵專利的保護，讓小分子系白光元件得以利用濕式製程大面積與成捲式製造，所發表論文(Applied Physics Letters 87 (4) 043508)如審查委員所評論:“Such a device structure would get around certain limiting patent coverage, and if for that reason alone this paper should be published.”；後項發明，使得WOLED之主要發光層可以利用蒸鍍以取代共蒸鍍製作，高效率、多波段、高演色性、高色安定性WOLEDs，因此可以精準快速研製而成，有助於更亮、更高效率WOLEDs之研究進展；我們也願意提供這樣的技術與經驗，協助有興趣研究高效率、高亮度WOLED的學者與業界，讓我國OLED相關光電科技與產業的發展更加快速。

7. OLED封裝

    OLED元件懼氧怕水，封裝便成為必要，傳統封裝室中，尚需裝填吸水劑；我們利用同腔體蒸鍍方式，直接在元件上製作吸濕薄膜，使OLED元件壽命更佳，此方法亦可施用在可撓式元件上，此項發明，獲得我國及日本專利。

 

8. Flexible WOLED


 相較於硬式，可撓式OLED 或WOLED亮度很差效率不佳。最近，我們利用薄層介電材料改質高Tg高分子基材表面，再以較高溫鍍製透明導電氧化物，順利製出發光效率為7lm/W最大亮度為14,000流明的可撓式純白WOLED，較韓國新近發表6.7 lm/W偏黃之WOLED為佳；希望可以結合國內的學界者，共同合作，使後續的研究可以更快更上層樓。


回到初始選單

  • 國內外媒體報導

    「台美學者共同呼籲好光抗癌顧健康」記者會(2018/04/27)

    台美學者共同呼籲 好光抗癌顧健康
    Taiwan-US researchers call: right lights save life

        今(27)日上午，類太陽光OLED發明人周卓煇教授暨台灣OLED照明團隊，偕同國際太空站(ISS)固態照明計畫負責人之一，同時也是國際光與癌醫學研究權威的喬治布蘭勒教授，在清華大學召開記者會共同呼籲「用對光以抗病抗癌顧健康」，會後討論如何啟動台美雙方有關「好光」的聯合研究，出席這場跨國記者會的，還包括國內首先推出OLED照明燈具的力志國際光電，擁有濾除藍害薄膜技術的華宏科技 與專業生產OLED材料的萬翔等等，與會代表承諾，將加速健康好光相關技術的研究與發展，以對抗日益增加的乳癌與攝護腺癌等等問題，讓科技可以真正造福而非惹禍。

    「用好光、用對光，可以對抗癌症、顧健康!」周教授表示，此次台美聯合記者會所要突顯的是，清大專利的太陽光OLED以及燭光OLED，與美國太空梭暨國際太空站照明設計主持人布蘭勒教授的醫學研究發現與呼籲完全吻合，雙邊跨國的合作，可將劃時代的好光，推向全球，甚至外太空；布蘭勒教授在全球最佳的期刊中提到，現代世界的電子照明會增加婦女罹患乳癌的風險，除非入夜熄燈，否則，清大無藍害的燭光OLED ，正是解危的好光；布藍勒偕同哈佛大學以及詹森太空中心的研發人員正在研究可調式LED照明系統是否能幫助在國際太空站的太空人維持日夜節律並增進睡眠品質；台美雙方合作開發類太陽光LED，將可徹底解決本世紀潛在的藍光危害問題，同時，在白天需要有像日光的光線的時候，引入類太陽光、用對光，讓生理時鐘有效啟動，讓人有活力、工作有精神，正符合自然律動；相信，再結合國內優異的產業能力，將可為人類的健康做出最最關鍵的貢獻心力。

    美國湯瑪斯‧傑佛遜大學布蘭勒教授說明，太空探索是一項兼具重要性與挑戰性的工作，但是，生理節律被打亂一事，卻嚴重困擾著許多太空人，因此，他與他的同事特於2008-16年間，設計了符合ISS宇宙飛行任務中人體需要的節律照明系統，簡單的說，就是給太空人如同在地球上生活所需的光與暗，亮光啟動一天的節律，讓他們工作有精神，暗光讓他們可以休息，暗黑讓他們可以熟睡，相反的，就算是在地表上，節律的破壞，除了導致失眠，免疫力下降之外，心血管疾病，二類型糖尿病，甚至是女性乳癌或男性攝護腺癌，亦將隨之而至，在對的時間用對光與用好光，是太空人跟地表人類共同的需要。儘管藍害對於人眼所造成的光化學傷害，已經為眾所周知，居家或工作場合所用的典型LED，會否是個議題，目前尚未知曉；若是撇開不當光線曝照引發的潛在危害不談，電力照明還是有許多益處以及用途的，跟台灣清華大學OLED團隊的合作，將可以進一步確認好光的存在與使用好光的必要。

    力志宋志峯總經理表示，公司的OLED照明燈具，通過國際的安全檢驗並獲證為最安全的等級，相當適合看書及醫療使用，若再結合清大無藍害的專利組合，將可在健康好光新市場上獲得非常亮麗的成績，公司也會全力支持這次台美雙方好光相關的研究合作

    為了愛護地球及環境，華宏新技從事具環保的無鎘量子點的材料研究開發已有數年，現已成功開發了無鎘量子點薄膜，未來可廣泛應用於高解析度的4K、8K液晶電視顯示幕及醫療照明等產品。華宏新技表示，清大採用華宏提供的色轉換薄膜，已經可以將富含藍光的冷白光轉變成柔且暖的無藍害光線，希望雙方的合作，可以加速好光的上市，以造福人類。

    萬翔溫世文總經理表示，萬翔與清大合作多年，公司很高興看到提供給清大的新穎專利材料，成功做出壽命超長(200,000小時)的OLED元件，期望持續的合作，可以讓清大的類太陽光跟類燭光OLED，早日商化成功，並以最健康優質的照明產品貢獻人類。

    蘋果日報

    清大OLED團隊與美專家合作　共同開發好光源

    Yahoo奇摩新聞

    好光抗癌顧健康 台美學者共同呼籲「用對光」

    風傳媒

    用好光抗病抗癌顧健康　台美產學攜手OLED研究

    台灣數位新聞網

    台美學者共同呼籲 好光抗癌顧健康

    亞傳媒

    台美學者共同呼籲　好光抗癌顧健康

    民生網

    台美學者共同呼籲　好光抗癌顧健康

    勁報

    用好光、用對光　台美專業學者聯合呼籲可以對抗癌症、顧健康!

    民眾日報

    用對光顧健康　台美產學攜手研發「好光」

    台灣竹塹電子報

    台美《用好光、用對光以抗癌、顧健康》聯合記者會，在清大台達館４０１會議室辦理

    蕃薯藤

    台灣好新聞

    抗病抗癌顧健康　台美學者呼籲用對好光

    LIFE生活網

    好光抗癌顧健康　台美學者共同呼籲「用對光」

    指傳媒

    台美學者共同呼籲 好光抗癌顧健康

     

     

類燭光記者會                                                           

     人類使用蠟燭有將近五千年歷史，蠟燭光除了那橙紅光色所營造的浪漫氛圍，對於人體退黑激素分泌的負面影響也最小，是對人體生理最友善的光源，但蠟燭仍存在有不穩定性等許多缺點，本研究團隊，歷經二十年的研究，終於成功製造出人類史上第一個利用電力、而不必燃燒碳氫的擬燭光光源。

    2012年12月28日於成果發表會中表示，儘管燭光的優點顯著，但能量效率卻很低；此外，蠟燭是靠燃燒碳氫化合物而發光，除了耗氧、排放溫室氣體，還會排放黑煙；蠟燭的火焰，會有燒傷或引發火災之慮；隨風晃動的燭光，也不利於閱讀，本團隊研製的『擬燭光』，因為採用高效率的有機發光二極體設計、製作，所以非常節能，至少比蠟燭節能300倍，也比白熾燈節能4倍；另外，『擬燭光』除了不會隨風晃動、沒有眩光問題外，更沒有紅外線，是一種令人『心理舒暖』的『冷光』。

中央社
擬燭光節能無煙火 清大展成果

http://www.cna.com.tw/News/aEDU/201212280161-1.aspx
聯合報
清大研發「擬燭光」受國際矚目

http://mag.udn.com/mag/campus/storypage.jsp?f_ART_ID=432879
中國時報
清大研發擬燭光 比蠟燭節能300倍

http://news.chinatimes.com/society/11051301/112012

122900190.html
鉅享網
清大教授成功研發友善光源「擬燭光」

http://www.cnyes.com/life/Contents/20121228/

kfolia0hci11s.shtml
蕃薯藤新聞
可取代蠟燭 清大發明無煙、無熱、無火擬燭光

http://n.yam.com/taiwanhot/place/20121229/201212

29100459.html
華視新聞
「擬燭光」OLED 點亮產業鏈

http://news.cts.com.tw/udn/money/201301/2013

01021172073.html

 

「人造光源與健康風險」公聽會                             

   為了捍衛全民的健康權益，避免『夜間光害』像『菸害致癌』一樣奪走全球許多人寶貴的性命、健康與財富，同時，挽救低迷的台灣經濟，開啟三兆元照明產業的契機，立法委員黃昭順，日前，接受清大教授周卓煇等，多位包括學界、醫界與研究單位師生、學者、專家的陳情、建言，2012年5月18日特於立法院召開「人造光源與健康風險」公聽會，督促衛生署、經濟部、國科會等部會，提擬相關光害防制、照明規格新法的立法，並積極制定高品質照明的科研與政策，進而推動「公眾健康與經濟」雙顧雙贏的照明產業。

中央社
攸關健康 立委籲照明規格立法

http://www.cna.com.tw/News/aIPL/201205180236.aspx
數位網路報
黃昭順：為健康把關 促進LED發展

http://hanreporter.blogspot.com/2012/05/led.html
新網報
新照明時代來臨 照明規格標準應配合身體健康

http://newnet.tw/Newsletter/Comment.aspx?Iinfo=5&iNumber=4169
中央日報
攸關健康 立委籲照明規格立法

http://www.cdnews.com.tw/cdnews_site/docDetail.jsp?coluid=108&docid=101912694
新唐人電視
攸關健康 立委籲照明規格立法

http://www.ntdtv.com/xtr/gb/2012/05/18/a703181.html

 

低色溫光源記者會                                                    

     2012年4月5日於清大召開的「超低色溫OLED光源」技術發表會，突顯了國際上對現代用電照明的「無知」與「盲點」；而清大周卓煇教授研究團隊的發現與發明，正可以「照亮」這個「盲點」，一併改寫照明的規格，以使「日夜有別」、「生理有序」；預料這一發明，將帶給全球照明甚至光學醫療等等研究重大影響之外，此一「生理友善」、「環境友善」並且節能的燈具產品，亦將給台灣帶來無限的商機與國際形象。

自由
全球首創低色溫光源 「照」護健康

http://www.libertytimes.com.tw/2012/new/apr/6/today-life3.htm?Slots=Life
Taiwan News
拒光害 清大研發超低色溫光源

http://www.taiwannews.com.tw/etn/news_content.php?id=1886704
中廣
拒光害 清大研發超低色溫光源

http://news.rti.org.tw/index_newsContent.aspx?nid=348958
Udn
清大：超低色溫光 降低罹癌風險

http://udn.com/NEWS/HEALTH/HEA1/7010158.shtml
ET Today
清大首創超低色溫光 可降罹癌風險

http://www.ettoday.net/news/20120406/37080.htm
中時
白光LED最好?可能讓人失眠

http://life.chinatimes.com/life/11051801/112012040600046.html
OLED-Info
NTHU developed the world's lowest color temperature OLED

http://www.oled-info.com/nthu-developed-worlds-lowest-color-temperature-oled
Focus Taiwan
Eco-friendly lighting unveiled in hope of cutting cancer risk

http://focustaiwan.tw/ShowNews/WebNews_Detail.aspx?Type=aECO&ID=201204050033

 

人造類太陽光OLED                                                 

   冬天長夜的北極、北歐，依然可以如時見到日出的晨曦、日落的餘暉；人在室內，卻彷彿置身戶外，可以感受陰天的涼、北國的藍；科幻小說中才會出現的奇景，人類未曾敢夢的光品，今年，已開始變成可能；清華大學材料系周卓煇主任的研究團隊，在2009年，首次發明，也是首次發現，一顆結構件簡單的有機發光二極體(OLED)，可以發出十分接近日光的光色，透過簡單的電壓改變，可以獲得2300到8200K的色溫變化，含蓋了日出的3000K、日落的2500K，也含蓋了晴天正午的5500K、陰天正午的6500K，甚至含蓋北歐的藍天8000K。

Physorg.com

OLED Tunes its Colors for Sunlight-Style Illumination

http://www.physorg.com/news166945490.html

Eletronicsweekly

Voltage tunes OLED across all sunlight hues

http://www.electronicsweekly.com/Articles
/2009/07/23/46559/voltage-tunes-oled-across-all-sunlight-hues.htm

SPIE

Sunlight-like organic LED brings natural illumination indoors

http://spie.org/x37818.xml?highlight=x2408&ArticleID=x37818

NPG

Organic electronics: Tuned sunlight

http://www.natureasia.com/asia-materials/highlight.php?id=527

OLEDinfo.com

Scientists create OLED lighting panels that can change color temperature to match sun-light throughout the day

http://www.oled-info.com/scientists-create-oled-lighting-panels-can-change-color-temperature-match-sun-light-throughout-day

Aquascaperz

New tunable sunlight-style OLED lighting developed

http://www.aquascaperz.com/2009/07/new-tunable-sunlight-style-oled-lighting-developed/

Nownews

山寨版陽光？清大研發類太陽光　商機千億

http://www.nownews.com/2009/07/16/11490-2479198.htm

Udn

全球第一 清大發表自然光OLED

http://mag.udn.com/mag/digital/storypage.jsp?f_ART_ID=203774


回到初始選單

歡迎邀請 周卓煇教授 至您的單位進行演講！

你在夢中的發明，是你的還是公司的專利？藍光LED發明人中村修二博士，為專利權益控告老東家，此其行為，合不合乎專業倫理？可不可以用公司的手機，打私人電話？

再難的專業問題，或許都難不倒專業人員；但是，以上這些問題呢？

周教授希望與大家分享：『工程倫理』是重要的，『工程倫理』是可以教導的，『工程倫理』可以教導工程專業人員走正確的路。

另外，你知道白麵包和白光的差別嗎？為何OLED會勝過LED與LCD？想要有亮麗的錢景，為何要投資在OLED，而不是LED、LCD或PDP？

 

演講資訊請電洽：張雯琳小姐0966-806-706，或周教授jjou@mx.nthu.edu.tw，將為您安排演講的相關事宜。

 

『工程倫理專題演講』摘要：

請問：

◎你在夢中的發明，是你的還是公司的專利？

◎藍光LED發明人中村修二博士，為專利權益控告老東家，此其行

  為，合不合乎專業倫理？

◎可不可以用公司的手機，打私人電話？

再難的專業問題，或許都難不倒專業人員；但是，以上這些問題呢？

其實，專業人員要面臨的，不單單是技術上的問題，而是更多專業上的倫理問題！

鐵達尼號事件告訴我們，僅僅守法，無法阻止災難的發生，還必須要有專業倫理！

但是，何謂『專業倫理』？何謂『工程倫理』？

這次報告，將從幾個個案故事談『工程倫理』、解讀『工程倫理守則』；這些個案，將包括：

◎個案一　Titanic

◎個案二　Challenger

◎個案三　電動機車(超越五千億的商機)

◎個案四　美女員工

◎個案五　600億或6億的LED官司

◎個案六  OLED的故事(你如何面對三千張股票的見面禮)

 

◎歷年受邀『工程倫理專題演講』紀錄：

2011年：

台灣科技大學『工程倫理專題演講』

元智大學工業工程與管理系『工程倫理專題演講』

清華大學材料系『工程倫理專題演講』

 

清華大學工科系『工程倫理專題演講』

2012年：

台灣科技大學電子工程系『工程倫理專題演講』

高雄陸軍官校『工程倫理專題演講』

元智大學工業工程與管理系『工程倫理專題演講』

交通大學『工程倫理專題演講』

元智大學光電系研究所『工程倫理專題演講』

明志科技大學化學工程系暨生化工程研究所『工程倫理專題演講』

南台科技大學工學院「工程‧倫理與社會教學工作坊」演講

元智大學光電系大學部『工程倫理專題演講』

清華大學工科系『工程倫理專題演講』

-------------------------------------------------------------2013年：

元智大學工管系『工程倫理專題演講』

交通大學『工程倫理專題演講』

蘇州大學FUNSOM『工程倫理專題演講』

元智大學光電系碩士班『工程倫理專題演講』

中央大學通訊系『工程倫理專題演講』

中央大學工學院『工程倫理專題演講』

明志科技大學材料系『工程倫理專題演講』

2014年：

清華大學電機系『工程倫理專題演講』

健行科技大學『工程倫理專題演講』

清華大學通訊系碩二博班『工程倫理專題演講』

中央大學通訊系『工程倫理專題演講』

交通大學通識課『工程倫理專題演講』

南台科技大學機械系『工程倫理專題演講』 

 

『OLED專題演講』摘要：

瞭解OLED與LED的差別，以及為何OLED會勝過LED與LCD！

想要有亮麗的錢景，為何要投資在OLED，而不是LED、LCD或PDP！

明白OLED的基本優異特性、諸多創意應用、與絕佳投資商機！

認識最好的顯示與照明技術！

 

◎歷年受邀『OLED專題演講』紀錄：

2011年：

台灣北區照明公會『OLED專題演講』

初芝光電『OLED專題演講』

南港展覽館奈米橋接『OLED專題演講』

---------------------------------------------------------

2012年：

交通大學『OLED專題演講』

工研院OLED課程講座（六堂課）

光電協進會『OLED專題演講』課程講座

台北科技大學光電系『OLED專題演講』

南部科學園區『OLED專題演講』

台中龍井工業區惠特科技股份有限公司『OLED專題演講』

台灣北區照明公會『OLED專題演講』

清華大學材料系『OLED專題演講』

東華大學『OLED專題演講』

義守大學電子系『OLED專題演講』

-------------------------------------------------------------

2013年：

光電科技『OLED照明光源技術探討與市場展望研討會』

中央大學化學工程與材料工程學系『OLED專題演講』

長庚大學化工與材料工程研究所碩士班及博士班『OLED專題演講』

照明公會OLED論壇

南京工業大學『OLED專題演講』

蘇州大學FUNSOM『OLED專題演講』

兩岸照明科技研討會『OLED專題演講』

交通大學工學院專班半導體材料與製程設備組『OLED專題演講』

友達光電教育訓練進行課程分享『OLED專題演講-AMOLED技術剖析』

2014年：

隆達電子『OLED專題演講』

台日LED/OLED前瞻技術及照明交流展望論壇演講

清華大學材科營『OLED專題演講』

回到初始選單

經濟部價創計畫

1 專利號碼：US Patent 9803811 B2

 核准日期：2017/10/31

 發明人：周卓煇、何哲凱
發明項目：Method For Producing High-Quality Light
2
專利號碼：中華民國專利 I565905

 核准日期：2017/01/11

 發明人：周卓煇、何哲凱
發明項目：高品質光源的組合方法
3
專利號碼：中華民國專利 I496327

 核准日期：2015/08/11

 發明人：周卓煇、謝濬宇
發明項目：類燭光有機發光二極體
4
專利號碼：CN 103811670B
核准日期：2016/01/20

 發明人：周卓煇、謝濬宇
發明項目：類燭光有機發光二極體
5
專利號碼：US Patent  8692242B1
核准日期：2014/04/08

 發明人：周卓煇、謝濬宇
發明項目：Candlelight-like Light Organic Linght-Emitting Device

與光磊、國科會精儀中心、工研院電子所、工研院材料所、工研院化工所以及經濟部等，共同研究開發多項專利 ：

1

專利號碼：中華民國專利 I401063
 核准日期：2013-07-11
 發明人：周卓煇
 發明項目：用以量測褪黑激素抑制程度之裝置
2

專利號碼：中華民國專利 I401827
 核准日期：2013-07-11
 發明人：楊政衛、周卓煇
 發明項目：具有指向性和同調性的發光二極體裝置及指向性和同調性光源的製造方法
3

專利號碼：中華民國專利 I397201
 核准日期：2013-05-21
 發明人：林唯芳、周卓煇、王唯本、林鋕峰
 發明項目：具有奈米點之P3HT-TiO2光電電池及其形成方法
4

專利號碼：中華民國專利 I393479
 核准日期：2013-04-11
 發明人：周卓煇、吳明軒、王俊然
 發明項目：高效率有機發光二極體及其製造方法
5

專利號碼：US Patent 8368061
 核准日期：2013-02-05
 發明人：Jwo-Huei Jou, Sun-Zen Chen, Shiang-Hau Peng, Bo-Shian Wu
 發明項目：Organic light-emitting diode employing mixed host and method for fabricating the same
6

專利號碼：US Patent 8334531
 核准日期：2012-12-18
 發明人：Jwo-Huei Jou, Wei-Ben Wang, Mao-Feng Hsu, Chun-Jang Wang, Yu-Chiao Chung
 發明項目：High-molecule-based organic light-emitting diode and fabrication method thereof
7

專利號碼：US Patent 8222806
 核准日期：2012-07-17
 發明人：J.H. Jou and M. H. Wu
 發明項目：Organic light-emitting diode device and manufacturing method
8

專利號碼：US Patent 8216634
 核准日期：2012-07-10
 發明人：J.H. Jou, W. B. Wang, M. F. Hsu, C. J. Wang and Y. C. Chung
 發明項目：High-molecule-based organic light-emitting diode and fabrication method thereof
9

專利號碼：US Patent 8188490
 核准日期：2012-05-29
 發明人：J. H. Jou and K. Y. Tseng
 發明項目：Organic light-emitting diode and manufacturing method thereof
10

專利號碼：韓國專利 1149703
 核准日期：2012-05-17
 發明人：周卓煇
 發明項目：具有奈米點之有機發光二極體及其製造方法
11

專利號碼：US Patent 7901962 B1
 核准日期：2011-03-08
 發明人：J.H. Jou and P.Y. Hwang
 發明項目：Method for preparing organic light-emitting diode including two light-emitting layers with two solvents
12

專利號碼：中華民國專利 M396138
 核准日期：2011-01-11
 發明人：周卓煇、曾嬿圩
 發明項目：發光設備
13

專利號碼：中華民國專利 M393432
 核准日期：2010-12-01
 發明人：周卓煇、邱蓉
 發明項目：有機發光二極體之素材壁飾
14

專利號碼：中華民國專利 M393433
 核准日期：2010-12-01
 發明人：周卓煇、曾嬿圩
 發明項目：有機發光二極體框飾
15

專利號碼：中華民國專利 I333393
 核准日期：2010-11-11
 發明人：周卓煇、王仲培、吳明軒
 發明項目：有機發光二極體裝置之結構與製造方法
16

專利號碼：中華民國專利 M391627
 核准日期：2010-11-01
 發明人：周卓煇、邱蓉
 發明項目：燈飾結構及具有燈飾結構之卡片
17

專利號碼：中華民國專利 M380448
 核准日期：2010-05-11
 發明人：周卓煇、曾嬿圩
 發明項目：多彩平板飾燈
18

專利號碼：中華民國專利 I311031
 核准日期：2009-06-11
 發明人：周卓煇、王仲培
 發明項目：有機發光二極體裝置及其製造方法
19

專利號碼：US Patent 7453200
 核准日期：2008-11-18
 發明人：J. H. Jou and M. C. Sun
 發明項目：White-light organic light-emitting diode (OLED) and its fabrication method
20

專利號碼：中國大陸專利 ZL200410091172.0
 核准日期：
 發明人：周卓煇、陳學仕、孫銘成、陳建明
 發明項目：有機無機發光二極管的制造方法
21

專利號碼：中華民國專利 I293234
 核准日期：2008-02-01
 發明人：周卓煇、孫銘成
 發明項目：白光有機電致發光二極體及製造方法
22

專利號碼：中華民國專利 I285061
 核准日期：2007-08-01
 發明人：周卓煇
 發明項目：有機發光二極體裝置及其發光層製造方法(溶液預混法製作有機發光二極體)
23

專利號碼：中華民國專利 I251950
 核准日期：2006-03-21
 發明人：周卓煇、陳學仕、孫銘成、陳建明
 發明項目：有機無機發光二極體製作方法(量子點摻雜之有機發光二極體)
24

專利號碼：US Patent 6933522
 核准日期：2005-08-23
 發明人：M. D. Lin, F. J. Chuang, J. H. Jou, and Y. S. Huang
 發明項目：Organic electroluminescent device and method for producing the same
25

專利號碼：中華民國專利 I236174
 核准日期：2005-07-11
 發明人：周卓煇、陳學仕、孫銘成、陳建明
 發明項目：有機無機發光二極體結構(量子點摻雜之有機發光二極體)
26

專利號碼：US Patent 6767818
 核准日期：2004-07-27
 發明人：S. M. Chang, T. H. Chen, Y. T. Hsieh, C. M. Huang, J. M. Ni, C. Y. Chang, and J. H. Jou
 發明項目：Method for forming electrically conductive bumps and devices formed
27

專利號碼：中華民國專利 213046、德國專利 201 06 283.6
 核准日期：2003-09-21
 發明人：林哲明、周卓煇、呂日清、柯弘哲、徐永裕、林炳宏、林進祥
 發明項目：有機電激發光二極體熱蒸鍍真空裝置
28

專利號碼：US Patent 6537854
 核准日期：2003-02-25
 發明人：S. M. Chang, J. H. Jou, and C. Y. Wu
 發明項目：Method for bonding IC chips having multi-layered bumps with corrugated surfaces and devices formed
29

專利號碼：中華民國專利 172207、日本專利 2003272836A
 核准日期：2003-01-21
 發明人：周卓煇、林明德、邱永昇、黃彥士、林三寶、莊豐如
 發明項目：具有吸濕薄膜之發光元件及形成吸濕薄膜之製作方法
30

專利號碼：US Patent 6365500
 核准日期：2002-04-02
 發明人：S. M. Chang, J. H. Jou, Y. C. Lee, and D. C. Hu
 發明項目：Composite bump bonding
31

專利號碼：US Patent 6762554
 核准日期：2001-07-13
 發明人：J. H. Jou, M. D. Lin, Y. S. Chiu, Y. S. Huang, S. B. Lin, and F. Ju. Chuang
 發明項目：Electroluminescent device with drying film and method for fabricating the same
32

專利號碼：中華民國專利 120488
 核准日期：2000-08-01
 發明人：周卓煇、吳華書、黃中垚
 發明項目：二次非線性光學高分子薄膜製備方法
33

專利號碼：US Patent 6084301
 核准日期：2000-07-04
 發明人：S. M. Chang, Y. C. Lee, and J. H. Jou
 發明項目：Composite bump structures
34

專利號碼：日本專利 3081421
 核准日期：
 發明人：周卓煇、林哲明、呂日清
 發明項目：有機電致發光元件熱蒸鍍機台
35

專利號碼：中華民國專利 108899
 核准日期：1999-11-11
 發明人：周卓煇
 發明項目：單層有機電激發光元件之製程
36

專利號碼：US Patent 5707902
 核准日期：1998-01-13
 發明人：S. M. Chang, Y. C. Lee, and J. H. Jou
 發明項目：Composite bump structure and methods of fabrication
37

專利號碼：US Patent 5393697
 核准日期：1995-02-28
 發明人：S. M. Chang; Y. C. Lee, H. M. Yu, L. H. Yang, and J. H. Jou
 發明項目：Composite bump structure and methods of fabrication



回到初始選單

  • 期刊論文

2013                                                                            

1

J. H. Jou, Y. X. Lin, S. H. Peng, C. J. Li, Y. M. Yang, C. L. Chin, J. J. Shyue, S. S. Sun, M. Lee, C. T. Chen, M. C. Liu, C. C. Chen, G. Y. Chen, J. H. Wu, C. H. Li, C. F. Sung, M. J. Lee, and J. P. Hu

“Highly Efficient Yellow Organic Light Emitting Diode with a Novel Wet- and Dry-Process Feasible Iridium Complex Emitter”

Advanced Functional Materials,

DOI: 10.1002/adfm.201302013, 2013
2

J. H. Jou, H. H. Yu, Y. X. Lin, J. R. Tseng, S. H. Peng, Y. C. Jou, C. H. Lin, S. M. Shen, C. Y. Hsieh, M. K. Wei, D. H. Lin, C. C. Wang, C. C. Chen, F. C. Tung, S. H. Chen, and Y. S. Wang

“High Efficiency Yellow Organic Light Emitting Diodes with A Balanced Carrier Injection Co-host Structure”

Journal of Materials Chemistry C, 2013
3

C. T. Chen, W. S. Chao, H. W. Liu, Y. Wei, J. H. Jou, and S. Kumar

“Spirally Configured Cis-Stilbene/Fluorene Hybrids as Ambipolar, Fluorescent Materials for Organic Light Emitting Diode Applications”

 RSC Advances, 3, 9381-9390, 2013
4

J. H. Jou, C. J. Li, S. M. Shen, S. H. Peng, Y. L. Chen, Y. C. Jou, J. H. Hong, C. L. Chin, J. J. Shyue, S. P. Chen, J. Y. Li, P. H. Wang, and C. C. Chen

“Highly Efficient Green Organic Light Emitting Diode with a Novel Solution Processable Iridium Complex Emitter”

 Journal of Materials Chemistry C, 1, 4201-4208, 2013
5
D. Kumar, K. R. Justin Thomas, C. C. Lin, and J. H. Jou


“Pyrenoimidazole-based Deep Blue Emitting Materials: Optical, Electrochemical and Electroluminescent Characteristics”

Chemistry - an Asian Journal,

DOI:10.1002/asia.201300271, 2013
6

D. Kumar, K. R. Justin Thomas, Y. L. Chen, Y. C. Jou and J. H. Jou

“Synthesis, Optical Properties and Blue Electroluminescence of Fluorene Derivatives Containing Multiple Imidazoles Bearing Polyaromatic Hydrocarbons”

Tetrahedron 69, 2594-2602, 2013
7
J. H. Jou, S. H. Peng, C. I. Chiang, Y. L. Chen, Y. X. Lin,

Y. C. Jou, C. J. Li, C. H. Chen, W. B. Wang, S. M. Shen, S. Z. Chen, M. K. Wei, Y. S. Sun, H. W. Hung, M. C. Liu, and Y. P. Lin

“High Efficiency Yellow Organic Light-emitting Diode with a Solution-processed Molecular Host-based Emissive Layer”

Journal of Materials Chemistry C, 1, 1680-1686, 2013
8
J. H. Jou, C. Y. Hsieh, J. R. Tseng, S. H. Peng, Y. C. Jou,

J. H. Hong, S. M. Shen, M. C. Tang, P. C. Chen, and C. H. Lin

“Candle Light-style OLED”

Advanced Functional Materials, 2013

DOI: 10.1002/adfm.201203209
9
D. Mazetyte, G. Krucaite, J. V. Grazulevicius, C. I. Chiang,

F. C. Yang, J. H. Jou, and S. Grigalevicius

“Carbazole- and Phenylindole-based New Host Materials for Phosphorescent Organic Light Emitting Diodes”

Optical Materials 35, 604-608, 2013

 

2012                                                                            

1
D. Mazetyte, G. Krucaite, J. Simokaitiene, J. V. Grazulevicius,

C. I. Chiang, F. C. Yang, J.H. Jou, and S. Grigalevicius

“Polyether Containing N-[6-(N-carbazolyl)hexyl]carbazol-3-yl Side Chains and Its Model Compound as Components of Organic Light Emitting Diodes”

Synthetic Metals 162, 1898-1902, 2012
2
J. H. Jou, C. H. Chen, J. R. Tseng, S. H. Peng, P. W. Chen,

C. I. Chiang, Y. C. Jou, J. H. Hong, C. C. Wang, C. C. Chen, F. C. Tung, S. H. Chen, Y. S. Wang, and C. L. Chin

“Using Light-emitting Dyes as Co-host to Markedly Improve Efficiency Roll-off in Phosphorescent Yellow Organic Light Emitting Diodes”

Journal of Materials Chemistry C 1, 394-400, 2013
3
S. Z. Chen, S. H. Peng, T. Y. Ting, P. S. Wu, C. H. Lin,

C. Y. Chang, J. J. Shyue, and J. H. Jou

“Organic Light-emitting Diodes with Direct Contact-printed Red, Green, Blue and White Light-emitting Layers”

Applied Physics Letters 101, 153304, 2012
4
J. H. Jou, P. W. Chen, Y. C. Jou, Y. L. Chen, J. R. Tseng,

P. Joers, R. Z. Wu, C. Y. Hsieh, Y. S. Hsieh, S. H. Chen, Y. S. Wang, F. C. Tung, C. C. Chen and C. C. Wang

“OLEDs with Chromaticity Tunable between Dusk-hue and Candle-light”

Organic Electronics 14, 47-54, 2012
5
G. Krucaite, R. Griniene, D. Mazetyte, G. Puckyte,

J. V. Grazulevicius, Y. C. Hsieh, Y. L. Chen, J. H. Jou and S. Grigalevicius

“3-Aryl Substituted 9-Alkylcarbazoles as Tailored Building Blocks for Hole Transporting Materials of OLEDs”

Synthetic Metals 162, 1079-1083, 2012
6
J. H. Jou, J. R. Tseng, K. Y. Tseng, W. B. Wang, Y. C. Jou,

S. M. Shen, Y. L. Chen, W. Y. Hung, S. Z. Chen, T. Y. Ding and H. C. Wang

“High-efficiency Host Free Deep-blue Organic Light-emitting Diode with Double Carrier Regulating Layers”

Organic Electronics 13, 2893-2897, 2012
 

7
J. H. Jou,* Y. L. Chen, J. R. Tseng, R. Z. Wu, J. J. Shyue, K. R. Justin Thomas, N. Kapoor, C. T. Chen, Y. P. Lin, P. H. Wang, H. W. Hung, J. Y. Li, and S. P. Chen

"The use of a polarity matching and high-energy exciton generating host in fabricating efficient purplish-blue OLEDs from a sky-blue emitter"

Journal of Materials Chemistry 22, 15500-15506, 2012
8
K. R. Justin Thomas, N. Kapoor, M. N. K. Prasad Bolisetty, J. H.

Jou; Y. L. Chen, Y. C. Jou

“Pyrene-Fluorene Hybrids Containing Acetylene Linkage as Color-Tunable Emitting Materials for Organic Light-Emitting Diodes”

Journal of Organic Chemistry 77, 3921-3932, 2012
9
J. H. Jou, P. C. Chen, M. C. Tang, Y. S. Wang, C. H. Lin, S. H.

Chen, C. C. Chen, C. C.  Wang, and C. T. Chen

“Organic light-emitting diodes with roll-up character”

Journal of  Photonics for Energy 2, 021208, 2012
10
J. H. Jou,* H. C. Wang, S. M. Shen, S. H. Peng, M. H. Wu, S. H.

Chen and P. H. Wu

“Highly efficient color-temperature tunable organic light-emitting diodes”

Journal of Materials Chemistry 22, 8117-8120, 2012
11
J. H. Jou,* M. C. Tang, P. C. Chen, Y. S. Wang, S. M. Shen, B. R. Chen, C. H. Lin, S. H. Chen, C. T. Chen,* F. Y. Tsai, C. W. Wang, C. C. Chen, C. C. Wang

“Organic light-emitting diode-based physiologically-friendly night light organic electronics”

Organic Electronics 13, 1349-1355, 2012
12
J. H. Jou,* P. Y. Hwang, W. B. Wang, C. W. Lin, Y. C. Jou, Y. L. Chen, J. J. Shyue, S. M. Shen, S. Z. Chen

"High-efficiency low color temperature organic light emitting diodes with solution-processed emissive layer"

Organic Electronics 13, 899-904, 2012
13
R. Griniene, J. V. Grazulevicius, K. Y. Tseng, W. B. Wang, J. H.

Jou, and S. Grigalevicius

“Highly efficient color-temperature tunable organic light emitting diodes”

Journal Materials Chemistry 22, 8117-8120, 2012

 
1

J.-E. Anderson and J.-H. Jou, 1987

"Small Angle Neutron-Scattering Studies of Diffusion in Bulk Polymers: Experimental Procedures"

Macromolecules, Vol. 20, p1544
2

J.-E. Anderson and J.-H. Jou, 1988

"Small Angle Neutron-

Scattering (SANS) Studies of Diffusion in Bulk Polystyrene near

the Glass-Transition Temperature(Tg)" Makromolekulare

Chemie-Macromolecular Symposia, Vol. 15, p355-360
3

J.-H. Jou and P.-T. Huang, 1990 "X-Ray Diffraction Study of

Polyimide Blend Compatibility" Polymer Journal, Vol. 22, No. 10,

p909-918
4

J.-H. Jou, L. Hsu, S.-Yeh, and W.-J. Shih, 1990 "Stresses in

Magnetron Sputtered SiC Thin Films" Chinese J. Mat. Sci., Vol.

22, No. 4, p280-285
5

J.-H. Jou and L. Hsu, 1991 "Stress Analysis of Elastically

Anisotropic Bilayer Structure" Journal of Applied Physics, Vol. 69

(3), p1384-1388
6

L.-S. Chang, P.-L. Gendler, and J.-H. Jou, 1991 "Thermal,

Mechanical and Chemical Effects in the Degradation of  the

Plasma-Deposited alpha-SiC:H Passivation Layer in a  Multilayer

Thin-Film Device" Journal of Material Science, Vol 26(7),  p1882-1890
7

J.-H. Jou, L. Hsu, S. Yeh, and W.-J. Shih, 1991 "Stress Behavior

of Magnetro Sputtered SiC Thin Films on Thermal Cycling and

Annealing" Thin Solid Films, Vol. 201(1), p69-80
8

J.-H. Jou, R. Huang, P.-T. Huang, and W.-P. Shen, 1991

"Structure Effect on Water Diffusion and Hygroscopic Stress in

Polyimide Films" Journal of Applied Polymer Science, Vol. 43(5), p857-875
9

J.-H. Jou, L. Hsu, and L.-S. Chang, 1991 "An Analysis of Thermal

Stresses in a Multilayer Thin Film Printhead" Thin Solid Films,

Vol. 201, p253-265
10

J.-H. Jou and P.-T. Huang, 1991 "The Effect of Thermal Curing on

the Film Structures and Properties of Aromatic Polyimides"

Macromolecules, Vol. 24, p3796-3803
11

J.-H. Jou, L. Hsu, P.-T. Huang, R. Huang, and W.-P. Shen, 1991

"Bending Beam Measurement of Moisture Diffusion in Polyimide

Films on Silicon Substrate Polymer Journal, Vol. 23, No. 9,

p1123 - 1133
12

J.-H. Jou and L.-J. Chen, 1991 "Relaxation Modulus and Thermal

Expansion Coefficient of Polyimide Films Coated on Substrates"

Applied Physics Letter, Vol. 59(1), p46-7
13

J.-H. Jou and L.-J. Chen, 1992 "Simultaneous Determination of

the Biaxial Relaxation Modulus and Thermal Expansion

Coefficient of Rigid- Rod Polyimide Films Using a Bending-

Beam Technique" Macromolecules, Vol. 25, p179-184
14

J.-H. Jou and L. Hsu, 1992 "Bending Beam Measurement of

Solvent Diffusion in Polyimide Films-Theoretical and

Experimental" Journal of Applied Polymer Science, Vol. 44,

p191-198
15

J.-H. Jou, P.-T. Huang, H.-C. Chen, and C.-N. Liao, 1992

"Coating Thickness Effect on the Orientaion and Thermal

Expansion Coefficients of Polyimide Films" Polymer, Vol. 33(5),

p967-974
16

J.-H. Jou and P.-T. Huang, 1992 "Compatibility Effect on the

Diffusion of Moisture in Polyimide Films" Polymer, Vol. 33(6),

p1218-1222
17

J.-H. Jou, M.-Y. Han, and D.-J. Cheng, 1992 "Substrate

Dependent Internal Stresses in Sputtered Zinc Oxide Films"

Journal of Applied Physics, Vol. 71(9), p4333-4336
18

J.-H. Jou, Y.-L Chang, and C.-H. Liu, 1992 "Effects of Imide

Structure Thickness Curing on Solvent Diffusions in Polyimides"

Macromolecules, Vol. 25. No. 20, p5186-5191
19

J.-H. Jou and C.-S. Chung, 1992 "Curing Effect on the Relaxation

Modulus and Thermal Expansion Coefficient of Rodlike

Polyimide Films" Macromolecules, Vol. 25, No. 22, p6035-6039
20

J.-H. Jou, C.-H. Liu, J.-M. Liu, and J.-S. King, 1993 "Adhesion of

Polyimide to Silicon and Polyimide" Journal of Applied Polymer

Science, Vol. 47(7), p1219-1232
21

J.-H. Jou and C.-S. Chung, 1993 "Mechanical Characteristics of

Aluminum Thin Films on Silicon and Gallium-arsenide" Thin Solid Films, 235, p149-155
22

J.-H. Jou and C.-S. Chung, 1993 "Film Orientation Effect on the

Mechanical Characteristics of Aluminum Thin Films" Chinese

Journal of Materials Science, Vol. 25, p118-121
23

J.-H. Jou and Y.-L Chang, 1994 "Temperature Effect on Solvent

Diffusion in Rigid and Semi-rigid Polyimide Films" Journal of

Polymer Science (Physics), Vol. 32, p2143-2150 
24

J.-H. Jou, C.-N. Liao, and K.-W. Jou, 1994 "A Method for the

Determination of Gold Thin Films Mechanical Properties" Thin

Solid Films, Vol. 238 p70-72
25

Y.-H. Chiou, C.-T. Hwang, M.-Y. Han, J.-H. Jou, Y.-S. Chang, and

H.-C. Shih, 1994 "Internal Stress of Chemical Vapour

Deposition Diamond Film on Silicon" Thin Solid Films, Vol. 253,

p119-124
26

J.-H. Jou, A.-K. Yang, Y.-L. Chang, and J.-M. Jou, 1995 "Exact

Formulae for Bending Beam Determination of Case II Diffusion"

Journal of Applied Polymer Science, Vol. 55, p1517-1527
27

M.-Y. Han and J.-H. Jou, 1995 "Determination of the Mechanical

Properties of R.F. Magnetron Sputtering Zinc Oxide Thin Films

on Substrates" Thin Solid Films, Vol. 260, p58-64
28

W.-D. Chang, T.-S. Chin, H.-S. Wu, S.-W. Chou, and J.-H. Jou,

1995 "Stress Effect on Coercivity of Gamma-Fe2O3 Thin Films"

Journal of Applied Physics, Vol 77, p1184-1188
29

J.-H. Jou, C.-P. Lin, and W.-H. Sheu, 1995 "Ramp Rate Effect

on Polyimide Film Properties and  Morphology" Journal of

Polymer Science: (Physics), Vol. 33, P1803-1811
30

W.-D. Chang, T.-S. Chin, S.-C. Tu, B.-H. Li, H.-S. Wu, and J.-H.

Jou, 1995 "High Coercivity of Gamma-Fe2O3 Thin Films for

Magnetic Recording" IEEE Transactions on Magnetics, Vol. 31

(6), p2785-2787
31

A. C.-M. Yang, E. C.-Y. Jou, Y. -L. Chang, and J.-H. Jou, 1995

"The Solvent-Induced Cracking in Glassy Polymer-Coatings by

Atomic-Force Microscopy" Materials Chemistry and Physics,

Vol. 42(3), p220-224
32

J.-H. Jou, C.-L. Cheng, E. C.-Y. Jou, and A. C.-M. Yang, 1996

"Characterization of Vapor Deposition Polymerized Polyimide

Thin Films" Journal of Polymer Science Part B- Polymer

Physics, Vol.34, p2239-46
33

H-S. Wu and J.-H Jou, 1996 "Vapor Deposition Polymerized

Nonlinear Optical Polyimide Films- Vapor Deposition

Polymerization and Preparation of Poling Electrodes" Chinese

Journal of Materials Science, Vol. 28(3), p204-210
34

J.-H. Jou, H.-S. Wu, J.-F. Chiou, P.-K. Yang, and J.-Y Huang,

1997 "A Real-Time Poling Approach for Preparing Second

Order Nonlinear Optical Polymer Thin Films" Thin Solid Films,

Vol. 304, p299-302
35

H.-S. Wu, J.-H. Jou, J.-F. Chiou, Y.-C. Li, and J.-Y. Huang, 1997

"Real-Time Poling Vapor Co-Deposition of Dye-Doped Second-

Order Nonlinear Optical Polymer Thin Films" Macromolecules,

Vol.  30(15), p4410-4414
36

W.-K. Wen, J.-H. Jou, and J.-F. Chiou, W.-P. Chang, and W.-T.

Whang, 1997 "Single-Layer Organic Electroluminescent

Devices by Vapor Deposition Polymerization" Applied Physics

Letter, Vol. 71, p1302-1304
37

P.-C. Kuo, Y.-D. Yao, J.-H. Huang, S.-C. Shen, and J.-H. Jou,

1997 "Micsostructural and Magnetic Studies of Mn-Al Thin"

Journal of Applies Physics, Vol. 81(8), p5621-5623
38

C.-L. Cherng and J.-H Jou, 1997 "Dielectric Properties of Vapor

Deposition Polymerized Polyimide Films" Chinese Journal of

Materials Science, Vol. 29(4), p261-267 
39

C.-L. Cherng, J.-H Jou, and W.-K. Wen, 1998 "Stoichiometric

Ratio Effect on the Film Structure of Vapor Deposition

Polyimide" Chinese Journal of Materials Science, Vol. 30(1),

p13-20
40

J.-H Jou, C.-H. Song, and H.-T. Lu, 1998"Stress Measurement

of Copper Thin Films" Chinese Journal of Materials Science,

Vol. 30(4), p239-244
41

W.-K. Wen, J.-H. Jou, H.-S. Wu, and C.-L. Cheng, 1998 "A Novel

Approach for Preparing Single-Layer Molecularly Doped

Electroluminescent Polymer Thin Films" Macromolecules, Vol.

31 (19), p6515-6520
42

J.-H. Jou, J.-Y. Lu, Y.-S. Huang, and W.-P. Chang, 2000

"Nonlinear Optical Polyimide Film by Vapor Deposition

Polymerization" Journal of Materials Science and Engineering,

Vol. 32(4), P186-90
43

P.-K. Yang, J.-Y. Huang, and J.-H. Jou, 2000 "Aligning

Mechanism of an In Situ Poled Nonlinear Optical Polymer

Prepared Using the Chemical Vapor Deposition Method" Proc.

of National Science Council: Physical Science and Engineering.

Vol. 24(4), p310-315
44

G.-S. Chen, S.-C. Huang, S.-T. Chen, T.-J. Yang, P.-Y. Lee, and

J.-H. Jou, 2000 "An Optimal Quasi-superlattice Design to

Further Improve Thermal Stability of Tantalum Nitride Diffusion

Barrier"Applied Physics Letters. Vol. 76(20), p2895-2897
45

周卓煇, 陸建宇, 黃彥士 "真空蒸鍍聚合非線性光學聚亞醯胺

薄膜" Journal of Material Science and Engineering. Vol. 32(4),

p186-190
46

S.-M. Chang, J.-H. Jou, A. Hsieh, T.H. Chen, and J.-N. Jao, 2001

"Internal Stress and Connection Resistance Correlation Study of

Micro-Bump Bonding" IEEE Transactions on Components and

Packaging Technology. Vol. 24(3), p493-499
47

S.-M. Chang, J.-H. Jou, A. Hsieh, T.-H. Chen, C.-Y. Chang, Y.-H.

Wang, and C.-M. Huang, 2001 "Characteristic Study of

Anisotropic-conductive-Film for Chip-on-Film Packing"

Microelectronics Reliability. Vol. 41, p2001-2009
48

Y.-S. Huang, J.-H. Jou, W.-K. Weng, and J.-M. Liu, 2002

"High-Efficiency White Organic Light-Emitting Devices with Dual

Doped Structure" Applied Physics Letters, 80(15), p2782-2784
49

J. H. Jou, M. C. Sun, H. H. Chou, C. H. Li, 2005."White organic

light-emitting devices with a solution-processed and molecular

host-employed emission layer" Applied Physics Letters, 87 (4),

043508, 2005
50

M. C. Sun, J. H. Jou, W. K. Weng, Y. S. Huang, 2005 "Enhancing

the Performance of Organic Light-Emitting Devices by Selective

Thermal Treatment" Thin Solid Films. 491 (1-2), 260-263, 2005
51

J. H. Jou, Y. S. Chiu, R. Y. Wang, H. C. Hu, C. P. Wang, H. W.

Lin, "Efficient, color-stable flourescent white Organic light-

emitting diodes with an effective exciton-confing device

architecture"Organic Electronics, 7, 8, 2006
52

J. H. Jou, M. C. Sun, H. H. Chou, C. H. Li, 2006 "Efficient Pure-

White Organic Light-Emitting Diodes with a Solution-Processed,

Binary-Host Employing Single Emission  Layer" Applied Physics

Letters, 88, 141101, 2006
53

J. H. Jou, C. P. Wang, Y. S. Chiu, R. Y. Wang, and H. C. Hu,

2006 "Efficient, Color-stable Fluorescent White Organic Light-

Emitting Diodes with Single Emission Layer by Vapor-

deposition from Solvent Premixed Deposition Source" Applied

Physics Letters, 88, 193501, 2006
54

 Y. C. Tsai and J. H. Jou "Long-Lifetime, High-Efficiency White

Organic Light-Emitting Diodes with Mixed-Host Composing

Double Emission Layers" Applied Physics Letters, 89, 243521,

2006
55

J. H. Jou, C. P. Wang, H. W. Lin, M. H. Wu, H. C. Li, and R. S.

Liu, "Efficient Fluorescent White Organic Light-Emitting Diodes

with Blue-Green Host of Di(4-fluorphenyl)amino-di(styrl)biphenyl"

Organic Electronics, 8, 29, 2007
56

J. H. Jou, Y. S. Chiu, H. C. Hu, R. Y. Wang, P. H. Chiang and C.

P. Wang "Efficient Fluorescent White Organic Light-Emitting

Diode using Co-Host/guest Dual Role Possessed Di(triphenyl-

amine)- 1,4-divinyl-naphthalene" Organic Electronics, 8, 735,

2007
57

J. H. Jou, P. H. Chiang, Y. P. Lin, C. Y. Chang, and C. L. Lai,

2006 "Hole-Transporting-Layer-Free High Efficiency Fluorescent

Blue Organic Light-Emitting Diodes" Applied Physics Letters,

91, 043504, 2007
58

J. H. Jou, C J. Wang, Y. P. Lin, Y. C. Chung, P. H. Chiang, C. P.

Wang, M. H. Wu, and C. L. Lai, 2006 "An Efficient, Color-Stable

Fluorescent Pure-White Organic Light-Emitting Diode with

Device Architecture Preventing Excessive Exciton Formation on

Guest" Applied Physics Letters, 92, 223504, 2008
59

J. H. Jou, C. C. Chen, Y. C. Chung, C. H. Wu, S. M. Shen, M. S.

Wu, C. P. Wang, M. F. Hsu, J. J. Shyue, 2007 "Nano-Dot-

Enhanced High-Efficiency Pure-White Organic Light-Emitting

Diodes with Mixed-Host Structure" Advanced Functional

Materials, 18, 121, 2008
60

 Y. Y. Chen, B. Y. Yu, W. B. Wang, M. F. Hsu, W. C. Lin, Y. C. Lin,

J. H. Jou , and J. J. Shyue “X-ray photoelectron spectrometry

depth profiling of organic thin films using C-60 sputtering”

Analytical Chemistry, 80, 501, 2008
61

B. Y. Yu, Y. Y. Chen, W. B. Wang, M. F. Hsu, S. P. Tsa, W. C.

Lin, Y. C. Lin, J. H. Jou, C. W. Chu and J. J. Shyue “Depth

Profiling of Organic Films with X-ray Photoelectron

Spectroscopy Using C60+ and Ar+ Co-sputtering” Analytical

Chemistry, 80(9), 3412, 2008
62

J. H. Jou, M. F. Hsu, W. B. Wang, C. P. Liu, Z. C. Wong, J. J.

Shyue, and C. C. Chiang “Small Polymeric Nano-Dot Enhanced

Pure-White Organic Light Emitting Diode” Organic Electronics,

9, 291, 2008
63

J. H. Jou, Y. P. Lin, M. F. Hsu, M. H. Wu, and P. Lu “High

Efficiency Deep-Blue Organic Light Emitting Diode with a Blue

Dye in Low-Polarity Host” Applied Physics Letters, 92, 193314,

2008
64

J. H. Jou, W. B. Wang, C. C. Chen, M. H. Wu, M. F. Hsu, S. M.

Shen, Y. C. Chung, J. J. Shyue

“High-efficiency Phosphorescent and Fluorescent Pure-White

Organic Light-Emitting Diodes by Incorporating Small Nano-Dot

in Non-emissive Layer”

IEICE TRANS. ELECTRON., VOL.E91-C, NO.10 OCTOBER

2008
65

Jwo-Huei Jou, Ming-Husan Wu, Shih-Ming Shen, Hsi-Ching

Wang, Sun-Zen Chen, Szu-Hao Chen, Chuen-Ren Lin and Yueh-

Lin Hsieh “Sunlight-Style Color-Temperature Tunable Organic

Light-Emitting Diode” Applied Physics Letters, 95, 013307 

2009
66

J. H. Jou, M. F. Hsu, W. B. Wang, C. L. Chin, S. Z. Chen, C. T.

Chen, Y. C. Chung, C. C. Chen, C. P. Liu, C. J. Wang, S. M.

Shen, M. H. Wu, W. C. Chang, W. C. Chen, and H. Y. Chen

“Solution Processible High Molecule Trifluoromethyl-Iridium-

Complex for High-Efficiency Green Organic Light-Emitting

Diode” Chemistry of Materials, 21 , 2565, 2009
67

W. C. Lin, W. B. Wang, Y. U. Lin, B. Y. Yu, Y. Y. Chen, M. F. Hsu,

J. H. Jou, J. J. Shyue “Migration of small molecules during the

degradation of organic light-emitting diodes" Chemistry of

Materials, 21, 2565, 2009
68

W. C. Lin, Y. U. Lin, W. B. Wang, B. Y. Yu, S. Lida, M. Tozu, M. F.

Hsu, J. H. Jou, J. J. Shyue

 “Effect of fabrication process on the microstructure and the

 efficiency of organic light-emitting diode”

Organic Electronics, 10, 459, 2009
69  

J. H. Jou, S. M. Shen, S. H. Chen, M. H. Wu, W. B. Wang, H. C.

Wang, C. R. Lin, Y. C. Jou, and P. S. Wu “ Highly efficient

orange-red phosphorescent organic light-emitting diode using

2,7-bis (carbazo-9-yl)-9,9-ditolyfluorene as the host” Applied

Physics Letters, 96, 143306, 2010
70

R. Paspirgelyte, R. Zostautiene, G. Buika, J. V. Grazulevicius, S.

Grigalevicius, V. Jankauskas, C. C. Chen , Y. C. Chung, W. B.

Wang, and J. H. Jou “Indole and phenylenediamine based

enamines as amorphous hole-transporting materials” Synthetic

Metals, 160, 162, 2010 

71

B.Y. Yu, W.C. Lin, W.B. Wang, S. Iida, S.Z. Chen, C.Y. Liu, C.H.

Kuo, S.H. Lee, W.L. Kao, G.J. Yen, Y.W. You, C.P. Liu, J.H. Jou,

and J.J. Shyue  “Effect of Fabrication Parameters on Three-

Dimensional Nanostructures of Bulk Heterojunctions Imaged by

High-Resolution Scanning ToF-SIMS” ACS Nano, 4, 833-840,

2010
72
B.Y. Yu, C.Y. Liu, W.C. Lin, W.B. Wang, I.M. Lai, S.Z. Chen, S.H.

Lee, C.H. Kuo, W.L. Kao, Y.W. You, C.P. Liu, H.Y. Chang, J.H.

Jou, J.J. Shyue

“Effect of Fabrication Parameters on Three-Dimensional

Nanostructures and Device Efficiency of Polymer Light-Emitting

Diodes”

ACS Nano, 4, 2547-2554, 2010
73
J. H. Jou, C. P. Wang, M. H. Wu, H. W. Lin, H. C. Pan and B. H.

Lin

“High-Efficiency Flexible White Organic Light-Emitting Diodes”

Journal of Materials Chemistry, 20, 6626-6629, 2010
74
J.H. Jou, W. B. Wang, M. F. Hsu, J. J. Shyue, C. H. Chiu, I. M.

Lai, S. Z. Chen, P. S. Wu, C. C. Chen, C. P. Liu, and S. M. Shen

"Extraordinarily High Efficiency Improvement for OLEDs with

High Surface-Charge Polymeric Nanodots"

ACS Nano, 4, 4054-4060, 2010
75
J. H. Jou, W. B. Wang, M. F. Hsu, C. T. Chen, S. Z. Chen, C. J.

Wang, M. F. Wu, S. W. Liu, C. C. Chen, C. P. Liu, Y. C. Tsai, S.

M. Shen, M. H. Wu

"High-Efficiency Blue Organic Light-Emitting Diode Using a 3,5

di(9H-carbazol-9-yl)tetraphenylsilane Host via Solution-Process"

Journal of Materials Chemistry, 20, 8411-8416, 2010
76
R. Zostautiene, J. V. Grazulevicius, S. Grigalevicius, Y. M. Lai,

W. B. Wang, J. H. Jou

“Polyethers containing 2-phenylindol-1-yl moieties as host

materials for light emitting diodes”

Synthetic Metals, 160, 1793-1796, 2010
77
J. H. Jou, P. H. Wu, C. H. Lin, M. H. Wu, Y. C. Chou, H. C. Wang

and S. M. Shen

“Highly efficient orange-red organic light-emitting diode using

double emissive layers with stepwise energy-level architecture”

Journal of Materials Chemistry, 20, 8464, 2010
78
(Invited) J. H. Jou, S. M. Shen, M. H. Wu, S. H. Peng, and H. C.

Wang

“Sunlight-Style Organic Light-Emitting Diodes”

Journal of Photonics for Energy, 1, 1-7, 2011
79
R. Zostautiene, J. V. Grazulevicius, Y. M. Lai, W. B. Wang, J. H.

Jou, and S. Grigalevicius

“Diphenylsilanes containing electronically isolated carbazolyl

fragments as host materials for light emitting diodes”

Synthetic Metals, 161, 92-95, 2011
80
J. H. Jou, C.P. Liu, W. B. Wang, C. W. Lin, W. C. Lin, C. Y. Liu,

C. H. Kuo, S. H. Lee, W. L. Kao, G.. J. Yen, Y. W. You, H. Y.

Chang, and J. J. Shyue

“Molecular migration behaviors in organic light-emitting diodes

with different host structures”

Organic Electronics, 12, 376-382, 2011
81
B.Y. Yu, C.H. Kuo, W. B. Wang, G. J. Yen, S. I. Iida, S. Z. Chen,

W. C. Lin, S. H. Lee, W. L. Kao, C. Y. Liu, H. Y. Chang, Y. W.

You, C. J. Chang, C. P. Liu, J. H. Jou, and J. J. Shyue

“ToF-SIMS imaging of the nanoscale phase separation in

polymeric light emitting diodes: Effect of nanostructure on device

efficiency”

Analyst, 136, 716-723, 2011
82
J. H. Jou, S. M. Shen, C. R. Lin, Y. S. Wang, Y. C. Chou, S. Z.

Chen, and Y. C. Jou

“Very High Color Rendering Index Organic Light-Emitting Diode

with Double White Emission Layers”

Organic Electronics, 12, 865-868, 2011
83
R. Zostautiene, G. Krucaite, J. Simokaitiene, J. V. Grazulevicius,

Y. M. Lai, W. B. Wang, J. H. Jou and S. Grigalevicius,

“Branched diphenylsilane derivatives containing electronically

isolated indolyl moieties as host materials for blue organic light

emitting diodes”

Dyes and Pigments, 91, 177-181, 2011
84
C. C. Chang, Y. H. Chang, K. C. Hwang, J. H. Jou, and A. C. M.

Yang

“One-step Fabrication of pi-Conjugated Polymer Thin Films from

Naphthalenes via Plasma Polymerization for Efficient

Optoelectronic Devices: White Polymer Light-emitting Diodes”

Plasma Processes and Polymers, 8, 215-223, 2011
85
J. H. Jou, W. B. Wang, S. M. Shen, S. Kumar, Y. M. Lai, J. J.

Shyue, S. Lengvinaite, R. Zostautiene, J. V. Grazulevicius, S.

Grigalevicius, S. Z. Chen, and C. C. Wu

"Highly Efficient Blue Organic Light Emitting Diode with an

Oligomeric Host Having High Triplet-Energy and High Electron

Mobility"

Journal Materials Chemistry, 21, 9546-9552, 2011
86
J. H. Jou, S. M. Shen, and Y. C. Tsai

“Pure White Organic Light-Emitting Diode with Lifetime

Approaching the Longevity of Yellow Emitter ”ACS Applied

Materials & Interfaces, 3, 3134-3139, 2011
87
J. H. Jou, Y. S. Wang, C. H. Lin, S. M. Shen, P. C. Chen, M. C.

Tang, Y. Wei, F. Y. Tsai, and C. T. Chen

“Nearly Non-Roll-off High Efficiency Fluorescent Yellow Organic

Light-Emitting Diodes”

Journal Materials Chemistry, 21, 12613-12618, 2011
88
J. H. Jou* , S. H. Chen , S. M. Shen , Y. C. Jou , C. H. Lin , S. H .

Peng , S. P. Hsia ,  C. W. Wang , C. C. Chen, and C. C. Wang

“High efficiency low color-temperature organic light-emitting

diodes with a blend interlayer”

Journal Materials Chemistry, 21, 17850-17854, 2011
89
R. Griniene, J. V. Grazulevicius, K. Y. Tseng, W. B. Wang, J. H.

Jou, and S. Grigalevicius

“Aryl substituted9-(2,2-diphenylvinyl)carbazoles as efficient

materials for hole transporting layers of OLEDs”

Synthetic Metals, 161, 2466-2470, 2011
90
J. H. Jou*, Y. C. Chou, M. H. Wu, C. R. Lin, P. S. Wu, S. M. Shen,

and S. H. Chen

“High-Efficiency, Very-High Color Rendering Index White

OrganicLight-Emitting Diode with a High Triplet Interlayer”

Journal Materials Chemistry., 21 , 18523-18526, 2011
91
J. H. Jou, H. C. Wang, M. H. Wu, S. H. Chen, S. M. Shen, and P.

H. Wu

“Aryl substituted9-(2,2-diphenylvinyl)carbazoles as efficient

materials for hole transporting layers of OLEDs”

Synthetic Metals. 161, 2466-2470, 2011
92
J. H. Jou, M. C. Tang, P. C. Chen, S. H. Chen, S. M. Shen, C. C.

Chen, C. C. Wang and C. T. Chen

“(Invited) Very low color-temperature Organic Light-Emitting

Diodes for lighting at night”

Proceedings of SPIE. 8312, Article Number: 83120D DOI:

10.1117/12.902714, 2011


回到初始選單

  • 研討會論文

1

G..-C. Summerfield, J.-E. Anderson, J.-H. Jou, and R. Ullman,

1987 "Small Angle Neutron Scattering Measurement of Small

Diffusion Coefficients" Polymer Preprints, Vol. 28, p329
2

J.-H. Jou, S.-Y. Lee, and S. Wang, 1988 "Knowledge-Based

Stress Analysis of Multilayer Structures Using Processing

Information" 1988 ASME Computers in Engineering

Conference, p383
3

J.-H. Jou, 1989 "Stress in Copper-Polymer-Silicon Trilayer

Structure" Proc. of 1989 Annu. Conf. of Chinese Soc. for Mat.

Sci. p559
4

P. Huang, and J.-H. Jou, 1989 "Wide-Angle X-ray Diffraction on

Polyimide Film Orientation" Proc. of 1989 Annu. Conf. of

Chinese Soc. for Mat. Sci. p599
5

J.-M. Jou, H.-C. Chen, and J.-H. Jou, 1989 "Stress Analysis of

Silicon/Hafnium Diboride/Silicon Nitride/Silicon Carbide Thin

Film Device" Proc. of 1989 Annu. Conf. of Chinese Soc. for Mat.

Sci. p743
6

J.-H. Jou, P. Huang, and L. Chang, 1989 "Compatibility Study of

Polyimide Molecular Composites" Proc. of the 12th ROC

Polymer Symposium p658
7

J.-M. Jou, and J.-H. Jou, 1989 "Analysis of Internal Stresses and

Curvature Radius in Multilayer Structures-Consideration of

Processing Condition and Temperature Function" Proc. of 6th

Natl. Conf. of Chinese Soc. of Mech. Eng. p849
8

J.-H. Jou, J. Huang, and D. C. Hofer, 1989 "Stress in Copper-

Polyimide-Silicon Trilayer Structure" First Pacific Polymer

Conference, Maui, Hawaii p199
9

J.-H. Jou, P. Huang, and L. Chang, 1989 "X-Ray Diffraction

Study of Polyimide Molecular Composites Compatibility" First

Pacific Polymer Conference, Maui, Hawaii p291
10

J.-H. Jou, L.Hsu, S. Yeh and T. Shyy, 1990 "Stress in Magnetro

Sputtered SiC Thin Films" Proc. 1990 Chinese Soc. Mater. Sci.

Annual Meeting, p481
11

J.-H. Jou, C.-H. Liu J.-M. Liu and J.-S. King, 1990 "Stress

Characteristic Study on Films of Polyimide Molecular

Composites" Proc. 1990 Chinese Soc. Mater. Sci. Annual

Meeting, p992
12

J.-H. Jou and H.-C. Chen, 1990 "Stress Relaxation in

Metal/Polyimide Layered Thin Films" Proc. 1990 Chinese Soc.

Mater. Sci. Annual Meeting, p1026
13

J.-H. Jou, P.-T Huang and C.-N. Liao, 1990 "Effect of Coating

Thickness on Thermal Expansion and Orientation Properties of

Polyimide Film" Proc. 1990 Chinese Soc. Mater. Sci. Annual

Meeting, p1030
14

J.-H. Jou and W.-P Shen, 1990 "Study of Anti-Corrosion

Coatings Selection Expert System" Proc. 1990 Chinese Soc.

Mater. Sci. Annual Meeting, p1253
15

周卓煇 劉純宏 劉仲明 林德嘉 金進興, 1990 "聚亞醯胺分子複合

物之接著特性研究" Proc. of the 13th ROC Polymer Symposium,

p60
16

周卓煇 黃培特, 1990 "亞醯胺化程度對聚亞醯胺薄膜結構與性質

之影響" Proc. of the 13th ROC Polymer Symposium, p481
17

D. C. Hofer and J.-H. Jou, 1991 "An Analytical Model for/and

Measurement of Stress in Thin Film Layers of Polyimide/Cu

Structures" MRS Conference, Anneihein, California
18

J.-H. Jou, 1991 "Thickness Effect on Polyimide Film Orientation"

Proc. of the 17th Seminar on Sci. and Tech.-Polymer Sciences,

Tokyo, Japan, p61
19

J.-H. Jou, L.Hsu, D.-J. Cheng, C.-C. Wu and T.Shyy, 1991

"Stress in Magnetro Sputtered Zinc Oxide Thin Films" The Proc.

of 1991 Annu. Conf. of Chinese Soc. for Mat. Sci., Tainan,

Taiwan
20

L.-J. Chen and J.-H. Jou, 1991 "Mechanical Properties Study of

Polyimide Films by Double-Substrates Method" The Proc. of

1991 Annu. Conf. of Chinese Soc. for Mat. Sci., Tainan, Taiwan
21

J.-H. Jou and J.-S. Tsoung, 1992 "Effect of Thermal Curing on

the Mechanical Properties of Rigid Polyimide Films" The Proc.

of 1992 Annu. Conf. of Chinese Soc. for Mat. Sci.

22

J.-H. Jou and Y.-L. Chang, 1992 "Bending Beam Measurement

of Solvent Diffusion in Thin Films of Polyimides and Polyimide

Blends" The Proc. of 1992 Annu. Conf. of Chinese Soc. for Mat.

Sci.
23

J.-H. Jou and C.-P. Weng, 1992 "Film Thickness and Curing

Effects on Moisture Diffusion in Polyimide Coated on Silicon"

The Proc. of 1992 Annu. Conf. of Chinese Soc. for Mat. Sci.
24

 J.-H. Jou and C. Chen, 1992 "Effect of Aluminum Deposition on

Moisture Diffusion in Polyimide" The Proc. of 1992 Annu. Conf.

of Chinese Soc. for Mat. Sci.
25

J.-H. Jou, C.-H. Wang, C.-H. Yang and Y.-C. Cheng, 1992

"Bending Beam Measurement of Thin Film Stress" Proceedings

of The 4th ROK-ROC Metrology Symposium, Korea, p447-452
26

J.-H. Jou and C.-S. Chung, 1993 "Film Orientation Effect on the

Mechanical Characteristics of Aluminum Thin Films" Presented

in the Proc. of 1993 Annu. Conf. of Chinese Soc. for Mat. Sci.
27

C.-N. Liao, J.-H. Jou, M.-Y. Han and C.-K. Sun, 1993 "Study of

Anticorrosion Coating Inspection Expert System" The Proc. of

1993 Annu. Conf. of Chinese Soc. for Mat. Sci.
28

J.-H. Jou, C.-P. Weng, Y.-L. Chang, and C.-N. Liao, 1993

"Bending Beam Measurement of Solvent Diffusion in Vapor

Deposition Polymerization Polyimide Films" The Proc. of 1993

Annu. Conf. of Chinese Soc. for Mat. Sci.
29

周卓煇 鍾景生, 1994 "鋁/聚亞醯胺雙層薄膜在基材上應力鬆弛

研究" The Proc. of 1994 Annu. Conf. of Chinese Soc. for Mat.

Sci., p108
30

周卓煇 周士惟, 1994 "鎢薄膜機械性質及應力量測" The Proc.

of 1994 Annu. Conf. of Chinese Soc. for Mat. Sci., p230
31

周卓煇 翁季萍, 1994 "溶劑在聚亞醯胺薄膜中之擴散行為探討"

Proc. of the 17th ROC Polymer Symposium, p399

32

J.-H. Jou and Y.-L. Chang, 1994 "Temperature Effect on Solvent

Diffusion in Polyimide Films" Proc. of the 17th ROC Polymer

Symposium, p459
33

周卓煇 程謙禮, 1994 "硬化溫度對蒸鍍聚合聚醯胺酸薄膜之亞醯

胺化影響" Proc. of the 17th ROC Polymer Symposium, p1153
34

J.-H. Jou and W.-S. Wu, 1994 Preparation and Microstructure of

Dye-doped Polymer Thin Films by Vapor Deposition

Polymerization Proc. of the 17th ROC Polymer Symposium,

p1157
35

周卓煇 鍾景生 李庭芝, 1994 "鋁薄膜在聚亞醯胺薄膜上之應力

鬆弛研究" Proc. of the 17th ROC Polymer Symposium, p1161
36

周卓煇 韓名揚, 1994 "製程對蒸鍍聚合硬桿型聚亞醯胺薄膜應力

行為之探討" Proc. of the 17th ROC Polymer Symposium, p1165
37

J.-H. Jou, 1994 (invited presentation) "Effect of Molecular

Structure and Processing on Solvent and  Moisture Diffusion in

Polyimide Films" The 1994 MRS Spring Meeting, San

Francisco, CA
38

W. Chang, T. C, S. Tu, B. Li, H. Wu and J.-H Jou, 1995 "In-situ

Grown High Coercivity Gamma-(Co,MnFe2)O3 Thin Films \ for

Magnetic Recording" The IEEE Internat'l Magnetics Conf., San

Antonio, TX, USA
39

韓名揚 周卓煇, 1995 "真空蒸鍍聚合聚亞醯胺薄膜機械性質測

定" Proc. of the 18th ROC Polymer Symposium

40

許偉華 周卓煇, 1995 "彎柄技術量測聚苯乙烯玻璃轉變溫度及熱

應力" Proc. of the 18th ROC Polymer Symposium
41

程謙禮 周卓煇, 1995 "薄膜型多晶粒構裝模組用蒸鍍聚合聚亞

醯胺超薄膜特性探討" Proc. of the 18th ROC Polymer

Symposium
42

林震標 周卓煇, 1995 "熱履歷對聚亞醯胺薄膜機械性質與結構之

影響" Proc. of the 18th ROC Polymer Symposium
43

Y.-L. Chang, J.-H. Jou, C.-Y. Jou, and C.-M. Yang, 1995 Thermal

History Effect on Solvent Diffusion Behaviors in Polyimide Films

Proc. of the 18th ROC Polymer Symposium
44

趙育伶 沈慧鈴 羅友彤 周卓煇, 1996 Permeability Study of

Polyethylene, Polyvinyl Chloride, and Polyvinyl Dichloride Films

Proc. of the 19th ROC Polymer Symposium
45

李育慶 吳華書 鄭富文 周卓煇, 1996 "蒸鍍聚合高分子薄膜之結

構鑑定與安定性之探討" Proc. of the 19th ROC Polymer

Symposium
46

W.-K. Wen and J.-H. Jou, 1996 Fabrication of Single Layer

Organic Electroluminescent Devices The International Electron

Devices and Materials Symposium 

47

 H.-S Wu, J.-H. Jou, and J.-Y. Huang, 1996 Characterization of

Real-time Poling Prepared Nonlinear Thin Films The

International Electron Devices and Materials Symposium
48

C.-L. Cheng and J.-H. Jou Ultra-thin Polyimide Films by Vapor

Deposition Polymerization,1996 The International Electron  

Devices and Materials Symposium
49

江良祐 周卓煇 程謙禮 翁文國, 1997 “真空蒸鍍聚合半撓取型聚

亞醯胺超薄膜” The 1997 Annu. Conf. of Chinese Soc. for Mat.

Sci
50

程謙禮 周卓煇, 1997 “真空蒸鍍聚合聚亞醯胺超薄膜機械性質”

The 1997 Annu. Conf. of Chinese Soc. for Mat. Sci.
51

程謙禮 周卓煇, 1997 “真空蒸鍍聚合無針孔聚亞醯胺超薄膜”

The 1997 Annu. Conf. of Chinese Soc. for Mat. Sci.
52

黃立民 周卓煇 吳華書, 1998 “蒸鍍聚合法製備非線性光學聚亞

醯胺薄膜之熱安定性的探討” Proc. of the ROC Polymer

Symposium.
53

江良祐 周卓煇 程謙禮 翁文國, 1998 “真空蒸鍍聚合撓曲型聚亞

醯胺超薄膜” Proc. of the ROC Polymer Symposium.
54

陸建宇 周卓煇 黃立民, 1998 “蒸鍍聚合法製備非線性光學聚亞

醯胺薄膜之研究” Proc. of 1998 Annu. Conf. of Chinese Soc. for

Mat. Sci.
55

翁文國 周卓煇, 1998 “真空蒸鍍聚合製備單層有機電激發光元

件”Proc. of 1998 Annu. Conf. of Chinese Soc. for Mat. Sci.
56

W.-K. Wen and J.-H. Jou, 1998 “Organic Electroluminescent

Devices of Single-Layer Molecularly-Doped Polymer Thin Films”

The International Electron Devices and Materials Symposium
57

W.-K. Wen and J.-H. Jou, 1998 “Effect of Polymer Matrix in Hole

Transport Layer on the Performance of a Double-Layer Organic

Electroluminescent Device ” The International Electron Devices

and Materials Symposium

58

S.-M. Chang, J.-H. Jou, H.-S. Wu, H.-Y. Lin, and C.-Y. Wu, 1999

“Stress Analysis of Micro-Bump Bonding Structure for Chip-on-

Glass Packaging” Proceedings of The 5th Asian Symp. on

Information Display, Hsin-Chu, Taiwan
59

S.-M. Chang, J.-H. Jou, H.-S. Wu, H.-Y. Lin, and C.-Y. Wu, 1999.

“Stress Analysis of Micro-Bump Bonding Structure for Chip-on-

Glass Packaging” Proceeding of the 5th Asian Symposium on

Information Display, p.79-83
60

C.-H. Lai, C.-L. Huang, C.-Y. Hsu, I.-N. Lin, and J.-H. Jou, 2000

“Optical and Thermal Properties of SiNx for MO Disks”

Conference paper

61

S.-M. Chang, J.-H. Jou, A. Hsieh, T.-H. Chen, C.-Y. Chang, Y.-H.

Wang, H.-Y. Lin, and C.-M. Huang, 2000 “Characteristic Study of

Chip-on-Film Interconnection” International Optoelectronics

Symposium Photonics Taiwan, SPIE, p.228-239
62

Y.-S. Huang, J.-H. Jou, W.-K. Weng, and J.-M. Liu, 2001 “High-

Efficiency and Full Emission Spectrum White Organic Light-

Emitting Devices” 3rd International Conference on

Electroluminescence of Molecular Materials and Related

Phenomena, Sep 5-8, Los Angeles, California, U. S. A.
63

H.-H. Chang, M.-C. Sun, Y.-S. Chiu, H.-T. Lin, and J.-H. Jou,

2002 “Deep Nano Films of Polyimide by Vapor Deposition

Polymerization” Polymer Processing Society.
64

Y.-S. Chiu, M.-C. Sun, S.-H. Huang, and J.-H. Jou, 2002 “Doping

Effect of 6FDA-BAO on the Performance of Organic Light -

Emitting Device” Polymer Processing Society.
65

M.-C. Sun, Y.-S. Chiu, S.-Y. Yang, and J.-H. Jou, 2002 “Doping

Effect of 6FDA-ODA on Organic Electroluminescent Device”

Polymer Processing Society.
66

邱永昇,孫銘成,周卓煇, 2003 “6FDA-BAO參雜對有機電致發光

元件效能之影響” 2003高分子聯合會議暨國科會高分子學門成

果發展會 成功大學化學系
67

邱永昇 周卓煇 鄭建宏 趙清煙, 2004 “High-Efficiency White

Organic Light-Emitting Devices Employing the Phosphorescent

Iridium Complexes”28屆高分子研討會 2004
68

王人仰 邱永昇 林偉哲 周卓煇 2004 “High-Efficiency Fluorescent

White Organic Light-Emitting Devices with Single Emission

Layer” 28屆高分子研討會 2004
69

李建宏, 周宏興, 孫銘成, 周卓煇 “硒化鋅量子點強化高分子橘紅

光有機電致發光元件” 28屆高分子研討會 2004
70

J. H. Jou, Y. S. Chiu, R. Y. Wang, C. P. Wang, Y. C. Huang, C. S.

Lin, C. H. Cheng, C. I. Chao. “White Organic Light Emitting

Diodes with Phosphorescent Iridium Complexes Co-doped in

One Single Emission Layer” 2005 International Display

Manufacturing Conference and Exhibition, Taipei, Taiwan.
71

J. H. Jou, T. M. Chen, W. B. Wang, M. C. Sun, C. S. Jou, C. P.

Wang and Z. C. Wong “Nano-dots Enhanced Organic Light-

emitting Diodes” 29屆高分子聯合會議 2005
72

M. H. Wu, C. P. Wang, J. H. Jou “Electron Injection Materials

Effect on Organic Electroluminescent Devices” 29屆高分子聯合

會議 2005
73

H. W. Lin, C. P. Wang, M. F. Hsu, H. C. Pan, J. H. Jou “Flexible

Organic Light-emitting Diodes with Transparent Conducting

Indium Tin Oxide” 29屆高分子聯合會議 2005
74

J. H. Jou, T. M. Chen, W. B. Wang, M. C. Sun, C. S. Jou, C. P.

Wang and Z. C. Wong “Nano-dot enhanced white organic light-

emitting diodes with a molecular host-employed and solution-

processed emissive layer” 3rd Taiwan-US Air Force Nano-

science Initiative Workshop, 2006,  Hualien Taiwan
75

J. H. Jou, C. P. Wang, M. H. Wu, P. H. Chiang, H. C. Lee, and R.

S. Liu “Efficient Fluorescent White Organic Light-Emitting

Diodes with Efficient Host of Di(4-fluorphenyl) amino-di(styrl)

biphenyl” 2006 Vehicles and Photons Symposium, SID,

Dearborn,Michigan, USA
76

J. H. Jou, M. H. Wu, C. P. Wang, H. W. Lin, P. H. Chiang, Y. P.

Lin and C. L. Lai “Host-Free High-Efficiency Blue Organic Light-

Emitting Diodes Based on 2-(N,N-diphenylamino)-6-[4-(N,N-

diphenylamino)styryl]naphthalene” 2006 Vehicles and Photons

Symposium, SID, Dearborn, Michigan, USA
77

J. H. Jou, W. B. Wang, C. P. Wang, M. F. Hsu, Z. C. Wong, T. M.

Chen and Hwang Hwang “Nano-dot Enhanced White Organic

Light-Emitting Diodes with a Molecular Host-employeed and

Solution-processed Emissive Layer” 2006 Vehicles and Photons

Symposium, SID, Dearborn, Michigan, USA
78

林雨樸, 周卓煇 “綠光摻雜物導入對藍光OLED發光效率之影響”

2006 材料年會
79

江伯軒, 張勤業, 周卓煇  “電洞傳輸層對白色有機發光元件之影

響” 2006材料年會
80

陳正忠, 翁照欽, 徐茂峰, Saulius. Grigalevieius, 周卓煇  “熱處理

對高分子白光有機電致發光元件之影響” 2006 材料年會
81

張勤業, 江伯軒 周卓煇 “電洞傳輸層厚度對白光有機電致發光元

件之影響” 2006 材料年會
82

鐘于喬, 周卓煇 “複合電子傳輸層對螢光藍綠光有機電致發光二

極體之影響” 2006 材料年會
83

王俊然, 潘漢昌, 周卓煇 “二氧化矽介電層導入對有機電致發光元

件之影響” 2006 材料年會
84

沈仕旻, 周卓煇 “熱處理對有機電致發光元件之影響” 2006 材料

年會
85

翁照欽, 徐茂峰, 周卓煇 “2-(4-biphenylyl)-5-(4-tertbutylphenyl)

1,3,4-oxadiazole摻雜對溶液製作有機電致發光元件之影響”

2006 材料年會
86

吳敬萱, 陳正忠, 周卓煇 “電洞傳輸層摻混改質polysilicic acid奈

米點對純白光有機電致發光元件之影響” 2007 高分子聯合會議
87

翁照欽, 陳正忠, 徐茂峰, 金志龍, 周卓煇 “高效率磷光綠光染料Ir

(dibenzo[f,h]quinoline)2(pentane-2,4-dionate) 製備高效率白光有

機電致發光二極體” 2007高分子聯合會議
88
 

周卓煇 (invited) “Fabrication of Efficient and Color-Stable

Fluorescent White Organic Light-Emitting Diodes on Glass and

Plastics” 2007高分子聯合會議
89  

J. H. Jou, Z. C. Wong, M. F. Hsu, W. B. Wang, and C.

L. Chin, and W. C. Chen “High-Efficiency Phosphorescent White

Organic Light-Emitting Diodes Using a Novel Iridium(III) (dibenzo

[f,h]quinoline)2(pentane-2,4-ionate)” 2007 Organic Electronics

Conference and Exhibition, (OEC-07), Frankfurt, Germany.
90

J. H. Jou, W. B. Wang, M. F. Hsu, and J. J. Shyue
 

“Small Polymeric Nano-Dot Enhanced Pure-White

Organic Light Emitting Diode” 2007 Organic

Electronics Conference and Exhibition, (OEC-07),

Frankfurt, Germany.
91

陳正忠, 鐘于喬, 沈仕旻, 王俊然, 張勤業, 楊智傑, 徐茂峰,

謝 敏, 周卓煇 “高效率螢光白光有機發光二極體” 2007 材

料年會
92
 

鐘于喬, 陳正忠, 沈仕旻, 王俊然, 徐茂峰, 周卓煇 “含雙電

洞傳輸層之新穎螢光白色有機發光二極體” 2007 材料年會
93
 

王俊然, 鐘于喬, 徐茂峰, 王唯本, 陳正忠, 劉楫平, 江仲哲,

陳錦地, 周卓煇 “Efficient Blue Phosphorescent Organic Light-

Emitting Diodes Using Novel Double-Emissive Layers and Mix-

Host Structure”2007 材料年會
94

江伯軒, 林雨樸, 張勤業, 賴俊良, 周卓煇“新穎免電洞傳輸

層之高效率藍色有機發光元件”2007 材料年會
95

楊智傑, 沈仕旻, 陳正忠, 江伯軒, 周卓煇“橘黃光染料

Rubrene摻雜濃度對螢光白色有機發光二極體之影響”2007 材

料年會
96

劉楫平, 江仲哲, 王唯本, 徐茂峰, 林雨樸, 周卓煇“陽極表

面改質對藍光有機電激發光元件之影響”2007 材料年會
97
 

江仲哲, 劉楫平, 張勤業, 王唯本, 徐茂峰, 王俊然, 周卓煇

“摻混濃度對藍色磷光有機發光元件之影響”2007 材料年會
98
 

J. H. Jou, C. C. Chen, W. B. Wang, M. H. Wu, S. M.

Shen, Y. C. Chung, and M. F. Hsu “Nano-Dot

Enhanced High Efficiency Pure-White Organic Light-

Emitting Diodes” 2007 14th International Display

Workshops, (IDW ’07), SID, Sapporo, Japan
99
 

周卓煇 (invited)“Some Approaches to Fabricating

High-Efficiency OLEDs” 2008高分子聯合會議
100
 

王唯本, 劉楫平, 徐茂峰, 王俊然, 陳正忠, 周卓煇, 江仲哲,

陳錦地“主體材料對磷光藍光有機電致發光二極體之影

響”2008高分子聯合會議
101

J. H. Jou, W. B. Wang, M. F. Hsu, C. P. Liu, C. C. Chen, C. J.

Wang, Y. C. Tsai, J. J. Shyue, S. C. Hu, C. C. Chiang, and H.

Wang “Small Nano-dot Incorporated High-efficiency

Phosphorescent Blue Organic Light-emitting Diode” 2008

Progress in Electromagnetics Research Symposium, PIERS,

Hangzhou, CHINA
102

J. H. Jou, S. M. Shen, C. C. Chen, Y. C. Chung, C. J. Wang, M.

F. Hsu, W. B. Wang, M. H. Wu, C. J. Yang, and C. P. Liu “High-

Efficiency Fluorescent White Organic Light-Emitting Diodes

Using Double Hole-transporting-Layers” 2008 The Society of

Photo-Optical Instrumentation Engineers (SPIE), Paris,   

FRENCH
103

J. H. Jou, Y. P. Lin, M. H. Wu, and M. F. Hsu “High-Efficiency

Deep-Blue OLED with a Novel Blue Dye in Low-Polarity Host”

2008 SID International Symposium, Seminar, and Exhibition,

SID, LA, Ca. USA
104

J. H. Jou, Y. C. Chung, M. F. Hsu, W. B. Wang, W. C. Chang, C.

C. Chen, C. P. Liu, C. J. Wang, M. H. Wu, and C. L. Chin “High-

Efficiency Solution-Processed Phosphorescent Green OLED

Using a High-Quantum-Yield Iridium Complex” 2008 SID

International Symposium, Seminar, and Exhibition, SID, LA, Ca.

USA
105

J. H. Jou, W. B. Wang, M. F. Hsu, C. J. Wang, C. C. Chen C. T.

Chen, M. F. Wu, H.Y. Chen, C. L. Chin “A New Door for

Molecular-Based Organic Light-Emitting Diodes” 2008

International Symposium on Materials for Enabling Nanodevices,

Tainan, R. O. C. (invited)
106

賴一銘,王唯本,丘全煥,陳正忠,黃琮融,林丞威,Saulius

Grigalevicius, 周卓煇“使用新穎高分子主體之高效率藍色有

機發光元件”2008材料年會
107

丘全煥, 王唯本, 賴ㄧ銘, 胡凡, 黃正宇, 段啟聖, 周卓煇

“近標準紅色有機發光二極體之研究”2008材料年會
108

吳柏賢, 王唯本, 吳明軒, 鐘于喬, 陳錦地, 吳旻霏, 呂啟標,

黃正宇, 胡凡, 周卓煇“可濕式製作新穎高效率藍色有機發光

二極體”2008材料年會
109

陳思豪, 林純仁, 陳正忠, 鐘于喬, 周卓煇“短激發態銥錯合

物製備高效率綠色有機發光二極體”2008材料年會
110

王璽清，謝岳霖，沈仕旻，陳正忠，周卓煇“深藍有機發光二

極體”2008材料年會
111

曾俊儒, 王唯本, 翁照欽, 徐茂峰, 張元柏, 黃琮融, 周卓煇

“使用共主體結構之高效率白光有機發光二極體“2008材料年

會
112

王景弘,張元柏,沈仕旻,陳正忠,吳明軒,周卓煇,陳錦地,呂萍

“高效率深藍色有機發光二極體” 2008材料年會
113

 J. H. Jou, Y. M. Lai, W. B. Wang, C. H. Chiu, S. Grigalevicius, C.

C. Chen, B. S. Wu, and T. R. Huang “A Novel Polymer Host for

High-Efficiency Blue Organic Light-Emitting Diode” 15th

International Display Workshops, (IDW ’08), SID, Niigata, Japan
114

J. H. Jou, C. H. Chiu, W. B. Wang, M. F. Hsu, Y. M. Lai, and C.

S. Tuan “A Highly Efficient Red Organic Electrophosphorescent

Device with Solution-Processed Emissive Layer” 15th

International Display Workshops, (IDW ’08), SID, Niigata, Japan
115

J. H. Jou, W. B. Wang, M. F. Hsu, C. T. Chen, S. Z. Chen, C. J.

Wang, M. F. Wu, S. W. Liu, C. C. Chen, C. P. Liu, Y. C. Tsai, S.

M. Shen, and M. H. Wu “A novel host material for high-efficiency

blue organic electrophosphorescent device” 15th International

Display Workshops, (IDW ’08), SID, Niigata, Japan
116

周詣傑, 王唯本, 吳明軒, 鐘于喬, 陳錦地, 吳旻霏, 呂啟標, 黃正宇,

胡凡, 周卓煇

“可濕式製作新穎高效率藍色有機發光二極體”

2009高分子聯合會議
117

林純仁, 陳思豪, 陳正忠, 鐘于喬, 周卓煇

“短激發態銥錯合物製備高效率綠色有機發光二極體”

2009高分子聯合會議
118

曾國晏, 王唯本, 翁照欽, 徐茂峰, 張元柏, 黃琮融, 周卓煇

“使用共主體結構之高效率白光有機發光二極體”

2009高分子聯合會議
119

J. H. Jou, M. F. Hsu, W. B. Wang, C. T. Chen, Y. C. Chung, S. M.

Shen,C. C. Chen, C. P. Liu, C. J. Wang, M. H. Wu

“ Solution-Processible Trifluoromethyl-Iridium-Complex for High

Efficiency Green Phosphorescent Device”

IDMC/3DSA/Asia Display 2009
120

J. H. Jou, S. M. Shen, C. C. Chen, M. H. Wu

“ High-Efficiency Fluorescent White Organic Light-Emitting

Diodes Using Double Hole-Transporting-Layers”

IDMC/3DSA/Asia Display 2009
121
J. H. Jou, K.Y. Tseng, C. H. Chiu, W. B. Wang Y. M. Lai

“High-Efficiency Phosphorescent Orange OLED with Double

Emission Layers”

16th International Display Workshops, (IDW ’09), SID, Miyazaki,

Japan
122
J. H. Jou, S. H. Peng, C. Y. Chang, S. Z. Chen, P. H. Chiang, B.

S. Wu

“Organic light-emitting diodes with contact-printed emissive

layer”

16th International Display Workshops, (IDW ’09), SID, Miyazaki,

Japan
123
H. C. Wang, J. H. Jou, M. H. Wu, S. M. Shen, S. Z. Chen, S. H.

Chen, C. R. Lin, Y. L. Hsieh

“Sunlight-Style Color-Temperature Tunable OLEDs”

16th International Display Workshops, (IDW ’09), SID, Miyazaki,

Japan
124
王怡珊，吳明軒，沈仕旻，周詣傑，林純仁，周卓煇

“以新穎發光層製備高效率有機發光二極體”

2009材料年會
125
黃珮瑜，吳明軒，周卓煇

“電子傳輸層厚度對有機發光元件之影響”

2009材料年會
126
J. H. Jou, and Y. C. Chou

“High-Efficiency, High Color Rendering White OLEDs with Five

Emitters”

2010 SID International Symposium, Seminar, and Exhibition,

SID, Seattle, WA. USA
127
J. H. Jou, P. Y. Hwang, W. B. Wang, and C. W. Lin

“High-Efficiency Low Color Temperature White OLEDs with

Solution- Processed Emissive Layer”

2010 SID International Symposium, Seminar, and Exhibition,

SID, SEA, WA. USA
128
J. H. Jou, S. H. Chen

“High-Efficiency Low Color-Temperature Organic Light-Emitting

Diode with a Novel Carrier Modulation Structure”

The 3rd International Symposium on Organic and Inorganic

Electronic Materials and Related Nanotechnologies (2010)
129
J. H. Jou, C. J. Lin, S. M. Shen, Y. S. Wang, Y. C. Chou, and S.

H. Chen

“Sunlight Organic Light-Emitting Diodes with Double

WhiteEmissive Layers”

The 3rd International Symposium on Organic and Inorganic

Electronic Materials and Related Nanotechnologies (2010)
130
J. H. Jou, P. H. Wu, and C. H. Lin

“Highly Efficient Orange Organic Light-Emitting Diode with

Double Emissive Layers”

The 3rd International Symposium on Organic and Inorganic

Electronic Materials and Related Nanotechnologies (2010)
131
R. Griniene, J. V. Grazulevicius, S. Grigalevicius, W. B. Wang, Y.

M. Lai, J. H. Jou

“Indole And Phenylenediamine Based Enamines As Hole

Transporting Materials For OLEDs”

Baltic Polymer Symposium (2010)
132
S. Lengvinaite, R. Zostautiene, D. Mezetyte, S. Grigalevicius, J.

V. Grazulevicius, W. B. Wang, Y. M. Lai, J. H. Jou

“Carbazole And Phenylindole-based Polymers As Host

Materials For Phosphorescent Light Emitting Diodes”

Baltic Polymer Symposium (2010)
133
王怡珊，沈仕旻，林純仁，陳品竹，湯鳴均，周卓煇

“以雙白光發光層製作超高演色性有機發光二極體”

2010材料年會
134
林群皓，吳柏賢，周卓煇

“以新穎發光層結構製作高效率橘紅有機發光二極體”

2010材料年會
135
陳昱霖，吳柏賢，丘全煥，周卓煇

“利用新穎雙發光層結構製作高效率橘色有機發光二極體”

2010材料年會
136
丁子鈺，彭祥灝，岑尚仁，周卓煇

“接觸印刷製備分子型有機發光二極體”

2010材料年會
137
陳品竹，湯鳴均，沈仕旻，王怡珊，林純仁，周卓煇

“超高演色性有機發光二極體之研製”

2010高分子年會
138
湯鳴均，陳品竹，沈仕旻，王怡珊，周詣傑，周卓煇

“電子傳輸改質製備高效率藍光有機發光二極體”

2011高分子年會
139
林群皓，周詣傑，王怡珊，周卓煇

“高效率超高演色性白光有機發光二極體”

2011高分子年會
140
周卓煇，陳思豪，吳日中

“以新穎小分子為主體製作高效率橘紅光有機發光二極體”

2011高分子年會
141
Y. C. Jou, S. Kumar, W. B. Wang, S. Grigalevicius, T. Y. Ting, J.

H. Jou

“High-Efficiency Low Color Temperature Organic Light Emitted

Diode with Solution-Processed Emissive Layer”

2011高分子年會
142
陳昱霖，沈仕旻，曾國晏，周卓煇

“利用奈米載子調制層研製高亮度高效率深藍光有機發光二極體”

2011高分子年會
143
S. Kumar, Y. C. Jou, W. B. Wang, J. H. Jou, and S. Grigalevicius

“Oligomeric Host-Based High-Efficiency Blue Organic Light

Emitting Diodes”

2011高分子年會
144
S. Kumar, W. B. Wang, J. H. Jou, J. J. Shyue, and S. Z. Chen

“Functionalized Polymeric Nano Dots Enhanced High Efficiency

Organic Light Emitting Diode”

UK-TW COOPM2011
145
Y. C. Hsieh, P. H. Wu, C. H. Lin, and J. H. Jou

“Highly efficient orange-red organic LED using double emissive

layer”

2011材料年會
146
B. R. Chen, P. Y. Hwang, M. C. Tang, P. C. Chen, S. M. Shen,

and J. H. Jou

“Physiologically-Friendly Low Color Temperature Organic LEDs

with High Efficacy”

2011材料年會
147
M. C. Tang, S. M. Shen, S. H. Chen, P. C. Chen, B. R. Chen, and

J. H. Jou

“Highly Efficient Orange-Red Phosphorescent Organic LED

Using a Novel Molecular Host”

2011材料年會
148
P. C. Chen, Y. S. Wang, M. C. Tang, B. R. Chen, S. M. Shen,

and J. H. Jou

“High Efficiency Fluorescent Yellow Organic LED with a Beyond

Theoretical Limit External Quantum Efficiency”

2011材料年會
149

謝濬宇、賴一銘、王唯本、周卓煇、Saulius Grigalevicius

“以高三重態能隙及高電子移動速率之主體材料製備高效率藍光

有機發光二極體”

2011 高分子年會
150

林敬喬、陳思豪、沈仕旻、王慶鈞、陳建志、王唯本、周卓煇

“低色溫有機發光二極體之研究製作”

2011 高分子年會
151

陳正樺、王怡珊、林群皓、沈仕旻、王唯本、陳建添、周卓煇

“超高效率黃光有機發光二極體”

2011 高分子年會


回到初始選單

  • 專書及專書論文
1

"Bending Beam Technique for the Measurement of Solvent

Diffusion in Polymer Containing Layered Structures" Handbook

of Advanced Materials Testing, Marcel Dekker, Inc., 1995
2

周卓煇等 "真空系統洩漏診斷專家系統"

Vacuum System Leakage Diagnosis Expert System, 1995
3

周卓煇 “彎柄儀簡介”

國科會精密儀器中心出版 儀器總覽，1998
4

周卓煇

“蒸鍍聚合聚亞醯胺超薄膜-薄膜研製與特性探討”

Engineering Science & Technology Bulletin, NSC, 32, p 80-83,

Aug.1998
5

周卓煇等

IC故障診斷專家系統-電性篇，1999
6

周卓煇等 "單層有機電激發光元件之製程"

Engineering Science & Technology Bulletin, NSC, Aug. p1-4.,

2000
7

周卓煇

“高效率有機發光元件”

Engineering Science & Technology Bulletin, NSC, 72, p116-119,

Feb. 2004

8

周卓煇

“有機發光二極體研發現況(一)”

OPTOLINK, 80, p 38-44, Mar. 2009

9

周卓煇

“有機發光二極體研發現況(二)”

OPTOLINK, 81, p 58-62, May 2009
10
周卓煇

“照明顯示兩相宜-OLED越來越火紅”

化工資訊與商情, 80, p 4-11, Feb 2010
11
周卓煇

“矽谷之後-『有機電子谷』將是台灣經濟希望之所在”

化工資訊與商情, 80, p 19, Feb 2010
12
周卓煇

“工程倫理—以工程、醫學、商業等個案解讀”

高立圖書有限公司, 2011
13
周卓煇等

“OLED—人類史上第一個生理心理與環境友善的光源”

科儀新知雙月刊,184, p 65, Oct 2011
14
Jwo-Huei Jou, Sudhir Kumar, Shiang-Hau Peng, Shih-Ming

Shen, Yung-Cheng Jou

“Disruptive characteristics and lifetime issues of organic light

emitting diodes—Chapter 19”


回到初始選單

  • 技術報告及其他
1

周卓煇

“深奈米級超薄介電膜研製”

尖端記錄與顯示元件薄膜技術課程， 新竹市，1999
2

周卓煇

"真空蒸鍍有機深奈米級超薄介電膜研製”

尖端記錄與顯示元件薄膜技術課程， 新竹市，1999
3

周卓煇

"深奈米級超薄介電膜研製”

尖端顯示與通訊元件薄膜技術課程， 新竹市，2000
4

周卓煇

“真空蒸鍍有機深奈米級超薄介電膜研製”

尖端顯示與通訊元件薄膜技術課程， 新竹市，2000
5

周卓煇

"國立清華大學工學院產學研發成果發表會－有機光電材

料與元件製程"

國立清華大學，2001
6

周卓煇

“高效率有機發光元件”

2003高分子聯合會議暨國科會高分子學門成果發表會 成功大學

化工系，2003
7

周卓煇

“高效率有機發光元件”

南台科技大學，2003
8

周卓煇

“高效率有機發光元件－OLED研討會暨91年度技專院校發展學

校重點特色專案輔助計畫「光電科技研究中心實施計畫」成果觀

摩會”

南榮技術學院，2003
9

周卓煇

“高效率白光有機電激發光二極體開發”

93年度工研院與大學院校合社研發中心聯合成果發表會，工研院

光電所，2004
10

周卓煇

“Fabrication of Efficient and Color-Stable Fluorescent White

Organic Light-Emitting Diodes on Glass and Plastics”

2007 高分子聯合會議，國立台灣大學
 
11

周卓煇

“Some Approaches to Fabricating High-Efficiency OLEDs”

高分子聯合會議，國立交通大學，2008
 


回到初始選單