Browsing by Issue Date, starting with "2009-03-22"
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Item type:Item, Item type:Item, Item type:Item, Item type:Item, 《白老虎》(2009-03-22) ;吳佳玲 ;Department of Communication and Technology傳播與科技學系劇情介紹,藉由故事內容闡發書中引申的意義,而後評論Item type:Item, Item type:Item, Item type:Item, 無厘頭當道 《銀魂》惡搞成功(2009-03-22) ;洪效凡 ;Department of Communication and Technology傳播與科技學系日本動漫界競爭激烈,從漫畫改編成動畫的作品為實不少,由其是當紅漫畫週刊《JUMP》,作品多秉持著熱血、夢想與勇氣的主旨,因而贏得漫畫迷的心,而這些作品也都改編成卡通動畫,配合知名聲優的演出,將本來黑白線條的人物轉變成生動的畫面呈現於電視上。漫畫家空知英秋所繪的《銀魂》,在一片主角為英雄的劇情裡脫穎而出,以無理頭的方式笑傲動漫界。Item type:Item, 嘻哈教皇 王者風範(2009-03-22) ;洪上筑 ;Department of Communication and Technology傳播與科技學系Jay-Z一直都是美國,甚至全世界無可取代的嘻哈饒舌歌手,他代表的不只是音樂也是文化的傳承,《American Gangster》專輯讓他成為美國銷售排行的權威,與貓王平行,這張專輯重現了七零年代的靈魂樂手法,不同於一般的嘻哈樂曲,給人一種耳目一新的感覺。Item type:Item, Item type:Item, Item type:Item, Item type:Item, Item type:Item, Item type:Item, Item type:Item, 宅經濟不宅?!(2009-03-22) ;楊雅筑 ;Department of Communication and Technology傳播與科技學系宅經濟不應稱為宅經濟,而應該為新型態生活的消費方式 御宅族對喜愛領域的支持並菲短期間所造成,其消費習性以是行之有年 因此宅經濟意詞是否應重新定位?Item type:Item, 網路資源 取之有「盜」(2009-03-22) ;邵奕儒 ;Department of Communication and Technology傳播與科技學系「(1張簽名預購CD=2天的生活費)+(2張情人座電影票=8個排骨便當)+(3款遊戲卡帶=20瓶洗髮精=30串10入衛生)=120杯珍珠奶茶=4張新竹嘉義來回車票=十分之一的學雜費」 這,合理嗎?Item type:Item, Item type:Item, Item type:Item, Efficient and robust charge-transporting polymers for highly efficient polymer light-emitting diodes(2009-03-22) ;Huang, Fei ;Cheng, Yen-Ju ;Liu, Michelle S. ;Shih, Ping-IShu, ChingfongItem type:Item, Directional light extraction enhancement from GaN-based film-transferred photonic crystal light-emitting diodes(2009-03-23) ;Lai, Chun-Feng ;Chao, Chia-Hsin ;Kuo, Hao-Chung ;Yen, His-HsuanLee, Chia-EnExperimental investigation of the directionality in the far-field pattern and light extraction enhancement in collected cone were performed in GaN-based film-transferred photonic crystal (PhC) light-emitting diodes (FTLEDs). Angular-resolved measurement revealed directional profile and azimuthal anisotropy in the far-field distribution with guided modes extraction. Good agreement according to Bragg's diffraction theory and free photon band structure were achieved. The light enhancement in PhC FTLEDs compared to non-PhC FTLEDs within the collection cone angle was obtained according to measured three-dimensional far-field patterns. In a +/- 20 degrees collection cone, collected light was enhanced by a factor of similar to 2.4 for the collimated PhC FTLED.