Browsing by Issue Date, starting with "2007-11-18"

Now showing 1 - 20 of 58688

入聯合國？台灣早就是了！
(2007-11-18)
呂伯芬
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Department of Communication and Technology
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傳播與科技學系
什麼藍的、綠的、統派、獨派。入聯的夢想台灣早已實現，琳瑯滿目的大型售屋看板，從捷克布拉格宮、到法國蔚藍海岸應有盡有。不需要再為了入聯合國吵得焦頭爛額，我們早已經是個聯合國不是嗎？
《聽風的歌》思想漫遊村上春樹
(2007-11-18)
江柏廷
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Department of Communication and Technology
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傳播與科技學系
從村上春樹的第一部成名作品《聽風的歌》中的特殊寫作手法，貼近村上春樹！
《芬芳》－綻放香氣的生命撼動
(2007-11-18)
李怡萱
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Department of Communication and Technology
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傳播與科技學系
張曼娟作品，由短文合輯成的小說，文筆清新故事動人，相當值得推薦
《哈利波特》十年之間
(2007-11-18)
汪承漢
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Department of Communication and Technology
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傳播與科技學系
哈利波特為何如此受歡迎?對這個麻瓜世界又帶來了哪些影響?
一探「環校越野機車道」
(2007-11-18)
賴奕如
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Department of Communication and Technology
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傳播與科技學系
從北大門到南大門機車道與機車棚的探險
自在喜樂　市井人生
(2007-11-18)
蘇芳儀
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Department of Communication and Technology
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傳播與科技學系
大城市的繁華璀璨掩蓋了底下真實的生活，旅人總以為自己只記得當下環境的氛圍，但隨著時間過去，景點、城市只是在世界那端遙遠的一個小點，浮誇的名氣不在，浮現在腦海的反而是旅途中人們的一抹微笑、一段對話。市井小民雖然是最默默的一群，但與他們短短的相遇卻也是最真實的感動，讓人難以忘懷他們是辛勤、踏實體驗人生的一群。
地球保衛戰：氣候暖化
(2007-11-18)
陳濡群
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Department of Communication and Technology
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傳播與科技學系
有鑒於全球氣候異常每年嚴重，分析報導。
林默娘紀念公園狗狗的新樂園
(2007-11-18)
鄭瑋津
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Department of Communication and Technology
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傳播與科技學系
位於台南安平的林默娘紀念公園，倚靠安平港，除了林默娘雕像外，還有一大片綠地，意外成為親子及寵物們的樂園，大狗、小狗奔跑著，飼主互相討教養狗經，大人小孩玩成一團，隔離了城市喧囂，如同一片世外桃源。
米奇鰻為了生活　擁抱市場
(2007-11-18)
盧沛樺
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Department of Communication and Technology
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傳播與科技學系
第一份工作三個月試用期滿即辭職，一心一意想要將自己的插畫事業行銷國際，究竟這是一個不切實際的幻想；或者說有夢最美，希望便會相隨的真實寫照？不妨來細細品味！
總編輯的話
(2007-11-18)
張雅雯
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Department of Communication and Technology
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傳播與科技學系
第七期
西門町－世代情感的承載
(2007-11-18)
謝佳慧
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Department of Communication and Technology
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傳播與科技學系
新舊文化融合的西門町
創意市集需被突破的創意？
(2007-11-18)
賴奕如
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Department of Communication and Technology
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傳播與科技學系
創意市集是許多年輕人實現夢想的舞台，但是創意市集發展至今，創意兩字似乎被挶限在過度商業化中，已失去原有美意。
烏金不用來了，我們自己養！
(2007-11-18)
楊宇軒
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Department of Communication and Technology
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傳播與科技學系
過去，漁民每年這個季節可以靠隨著洋流南下的烏魚大賺一筆，但是這幾年來因大陸漁民過度捕撈，導致台灣漁民年年烏魚歉收。然而，這幾年發展出近海養殖烏魚技術，以下的報導就要帶您來看看新竹地區的烏魚產業。
《我不是F4》　周渝民做自己
(2007-11-18)
曾偉旻
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Department of Communication and Technology
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傳播與科技學系
仔仔發行了新專輯我不是F4，藉由仔仔的專輯，來評論仔仔身為偶像歌手，又唱出怎樣不凡的聲音。
《女教授應召實錄》揭開污名
(2007-11-18)
謝甄芳
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Department of Communication and Technology
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傳播與科技學系
女教授應召實錄
Pi-shape gate polycrystalline silicon thin-film transistor for nonvolatile memory applications
(2007-11-19)
Chen, Shih-Ching
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Chang, Ting-Chang
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Liu, Po-Tsun
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Wu, Yung-Chun
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Ko, Chin-Cheng
In this work, we studied a pi-shape gate polycrystalline silicon thin-film transistor (poly-Si TFT) with silicon-oxide-nitride-oxide-silicon (SONOS) layers and nanowire channels for the application of electric driver and nonvolatile memory. The proposed pi-gate TFT-SONOS has superior transfer characteristics and its output characteristic also exhibits the high driving current and the suppression of the kink effect. For memory application, the device can provide high program/erase efficiency and large threshold voltage shift under adequate bias operation. The enhanced performance for the pi-gate TFT-SONOS is attributed to the larger effective channel width and the number of channel corners. (C) American Institute of Physics.
Effect of UV curing on electrical properties of a UV-Curable co-Polyacrylate/Silica nanocomposite as a transparent encapsulation resin for device packaging
(2007-11-20)
Wang, Yu-Young
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Hsieh, Tsung-Eong
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材料科學與工程學系
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Department of Materials Science and Engineering
Electrical properties of UV-curable co-polyacrylate/silica nanocomposite resins prepared via sol-gel process for device encapsulation were investigated. It was found that, by appropriate UV curing process and the formation of nanoscale silica particles finely dispersed in the resin matrix, the leakage current density of the nanocomposite resin films decreases from 235 to 1.3 nA (.) cm(-2) at the applied electrical field of 10 kV (.) cm(-1). The silica nanoparticles also restricted the motions of polar functional groups in organic matrix that the nanocomposite films with satisfactory dielectric properties [dielectric constant (epsilon) = 3.93 and tangent loss (tan delta = 0.0472) could be obtained. Chemical structure analyses revealed that excessive UV curing results in photooxidation and/or photodegradation in resin samples, leading to the polar groups and ionic/radical segments in organic matrix as well as the -Si-O-Si- structure in the vicinity of silica nanoparticles. These organic/inorganic functional groups generated more permeation paths for charge carrier migration and hence deteriorated the electrical properties of the nanocomposite samples. Though post-baking treatment at 80 degrees C for 1 h followed by UV curing improved the rigidity of the resin sample, it brought the polar functional groups closer to each other and similarly degraded electrical properties of the nanocomposite resins.
交大e-News第014期
(2007-11-20)
Secretariat
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國立交通大學秘書室
超半球固態浸沒式透鏡之製法
(2007-11-21)
徐文祥
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孫翊庭
本發明係提供一種超半球固態浸沒式透鏡之製法，係於一基材上塗佈正光阻層後，以第一、二片光罩進行第一、二次曝光，可經由第一次足量曝光在正光阻層上產生之圖案來進行對準，使得第二片光罩上之曝光圖案可經由對準轉移到正光阻層上的特定區域，接著進行回流(reflow)，即可形成超半球固態浸沒式透鏡(SSIL)；可使整個製程容易而不需昂貴或是複雜的設備即可完成，且方便利用後續的半導體製程額外製作其他光學元件；與已製作之超半球固態浸沒式透鏡(SSIL)作整合，所以不需組裝即可製作具有功能性的元件，進而達到易於製作，且應用面廣泛易與其他光學元件作整合，利於批次大量生產。
Glass transition-related thermorheological complexity in polystyrene melts
(2007-11-21)
Lin, Y-H
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應用化學系
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Department of Applied Chemistry
The relaxation-modulus G( t) functional forms covering the whole time range are given by incorporating a stretched exponential for the structural-(glassy-) relaxation process into the extended reptation theory ( ERT; for entangled systems) or the Rouse theory ( for entanglement-free systems). The creep compliance J ( t) curves of two entangled ( A and B) and one entanglement-free ( C) polystyrene samples ( Plazek) as well as the viscoelastic spectra G*(omega) of four entanglement-free polystyrene samples ( Inoue et al) have been quantitatively analyzed in terms of the given G( t) functional forms. In such quantitatively successful analyses, the ERT or the Rouse theory works as the frame of reference in both the line shape and timescale. The thermorheological complexity in the J ( t) curves is explained naturally and precisely by the temperature dependence of the energetic-interaction-derived structural relaxation being stronger than that of the entropic ERT or Rouse dynamics in a simple way. Structural-relaxation times tau(S)(=18s' K') of all the studied samples are equally well separated into two decoupled quantities: the structural- growth parameter s' and the frictional factor K' ( for the Rouse Mooney or Rouse modes of motion). The separation is fundamentally a clean-cut process: s' is determined entirely by the line shape of J ( t) or G*(omega) while K' is calculated from the timescale shifting factor obtained from the superposition of the calculated curves onto the measured. The glassy- relaxation strength A(G)(f) and the stretching parameter beta extracted from the J ( t) and G*(omega) results over the glassy- relaxation region are in good agreement. The glass-transition temperature T-g is defined as corresponding to tau(S) = 1000 s for all the studied samples. The tau(S), s' and K' data points of samples A, B and C extracted from their J ( t) curves individually fall closely on the same curves when expressed as a function of Delta T = T - T-g, revealing a T-g-related universality within the polystyrene system, entangled or not. The revealed universality confirms the previously derived conclusion that the ERT and the Rouse theory have the same footing at the Rouse-segmental level. Representing important physical features of the universality, the length-scale of the structural relaxation increases as Delta T diminishes and reaches the value of similar to 3 nm at Delta T = 0 ( or at T-g) for all three samples, A, B and C. Extracted from the G*(omega) results, the tau(S), s' and K' data of samples with molecular weights just below and well below entanglement molecular weight M-e ( 13 500) are found to deviate more from the respective universal curves with decreasing molecular weight. Deviation is estimated to start occurring at M-w = 12 000.