Browsing by Issue Date, starting with "2014-05-18"
Now showing 1 - 20 of 26548
- Results Per Page
- Sort Options
Item type:Item, 有機茶 友善環境的濃縮(2014-05-18) ;林凱元 ;Department of Communication and Technology傳播與科技學系城市與鄉村的關係,有機與友善環境的聯結,這是現代人飲食的重要議題。Item type:Item, 脊髓損傷知多少(2014-05-18) ;陳佩瑄 ;Department of Communication and Technology傳播與科技學系任何外力造成脊髓的不穩定甚或脫位,因而引起脊髓組織的損傷及神經功能的缺損均稱之為脊髓損傷。Item type:Item, 揭開神秘面紗 矮靈祭(2014-05-18) ;楊哲維 ;Department of Communication and Technology傳播與科技學系矮靈祭是賽夏族的傳統慶典,過去因為不對外開放,而帶有神秘色彩。Item type:Item, 貪婪漁業 招致自我毀滅(2014-05-18) ;黃筱雯 ;Department of Communication and Technology傳播與科技學系《獵殺海洋:一部自我毀滅的人類文明史》一書對比過往與現今海洋生態情景,提倡設置海洋保留區,恢復生機。Item type:Item, 梅竹男籃 制度爭議仍存(2014-05-18) ;柯惠文 ;Department of Communication and Technology傳播與科技學系梅竹賽近幾年爭議不斷,屢屢停賽,但在兩校校長的推動之下,今年選在交大體育館進行了男籃友誼賽。Item type:Item, 走過風風雨雨 中職不停歇(2014-05-18) ;林庭宇 ;Department of Communication and Technology傳播與科技學系綜觀中華職棒二十五年的歷史,其中經歷過不少關卡,有過失望和期待,而這些歷練卻成就今日的中華職棒。Item type:Item, 陶瓷定位大不同(2014-05-18) ;彭士捷 ;Department of Communication and Technology傳播與科技學系金融海嘯過後,面對全球化的競爭,鶯歌陶瓷的定位已經逐漸由日用品轉向藝術品發展。Item type:Item, 總編輯的話(2014-05-18) ;林燕婷 ;Department of Communication and Technology傳播與科技學系本期喀報共有14篇稿件,記者深入採訪具議題性的新聞,讓報導更加精采,極具深度。Item type:Item, 唱片低迷 歌手當自強(2014-05-18) ;陳聖文 ;Department of Communication and Technology傳播與科技學系唱片市場萎縮後,夾縫中求生存的音樂人其實有許多自救的法則。Item type:Item, 異域文化 美味傳承(2014-05-18) ;莊媛婷 ;Department of Communication and Technology傳播與科技學系一九五三年起異域孤軍陸續撤回台灣,同時也將他們的傳統美食與文化帶來台灣。Item type:Item, 學生超收 教育品質拉警報(2014-05-18) ;江岱燕 ;Department of Communication and Technology傳播與科技學系受到少子化影響,許多學校面臨入學新生數量減少,但是仍有部分國小出現超收學生的情形。Item type:Item, 超乎想像 上帝之子(2014-05-18) ;張萬邦 ;Department of Communication and Technology傳播與科技學系【上帝之子】運用更「好萊塢式」的拍攝手法,試圖將耶穌的真實身分和來到世界上的目的,告訴世人。Item type:Item, 微旅行 漫遊歐洲音樂節(2014-05-18) ;李孟東 ;Department of Communication and Technology傳播與科技學系音樂節是歐洲的重要文化資產,除了欣賞音樂藝術,更是旅遊中能夠體驗歐洲人文的一大盛事Item type:Item, 競速溜冰 場地滑輪面面觀(2014-05-18) ;許祐嘉 ;Department of Communication and Technology傳播與科技學系競速滑輪除了技術之外,在比賽時決定勝負的關鍵,就是滑輪場地的材質與跑道狀況,以及選手的輪胎。Item type:Item, 勇敢踏出 平凡不再平凡(2014-05-18) ;游瑀萱 ;Department of Communication and Technology傳播與科技學系張希慈創辦「城市浪人」,鼓勵學生們踏出舒適圈,在平凡的生活中完成不平凡的挑戰,並從中追尋自我。Item type:Item, 亮警訊 心理健康莫忽視(2014-05-18) ;林立真 ;Department of Communication and Technology傳播與科技學系台灣慢性精神疾病患者的人數節節高升,顯示國人心理健康的問題。Item type:Item, 小電影大廣告 微時代產品(2014-05-18) ;陳彥文 ;Department of Communication and Technology傳播與科技學系科技進步帶起微電影興起,但微電影的發展仍然遭遇許多困境。Item type:Item, An electrically tunable imaging system with separable focus and zoom functions using composite liquid crystal lenses(2014-05-19) ;Chen, Ming-Syuan ;Chen, Po-Ju ;Chen, Michael ;Lin, Yi-Hsin光電工程學系We demonstrated an electrically tunable optical image system with separable focus function and zoom function based on three tunable focusing composite liquid crystal (LC) lenses. One LC lens in charge of the focus function helps to maintain the formed image at the same position and the other two LC lenses in charge of zoom function assist to continuously form an image at image sensor with tunable magnification of image size. The detail optical mechanism is investigated and the concept is demonstrated experimentally. The magnifications of the images can be switched continuously for the target in a range between 10 cm and 100 cm. The optical zoom ratio of this system maintains a constant similar to 6.5:1 independent of the object distance. This study provides not only a guideline to design the image system with an electrically optical zoom, but also provide an experimental process to show how to operate the tunable focusing lenses in such an image system. (C) 2014 Optical Society of AmericaItem type:Item, The understanding of the drain-current fluctuation in a silicon-carbon source-drain strained n-channel metal-oxide-semiconductor field-effect transistors(2014-05-19) ;Hsieh, E. R. ;Chung, Steve S. ;電子工程學系及電子研究所Department of Electronics Engineering and Institute of ElectronicsIn a certain class of strained n-channel metal-oxide-semiconductor field effect transistor (MOSFET) with silicon-carbon (Si:C) as a stressor in its source/drain, it serves as good candidate for high mobility and drain current device. However, its drain current (I-d) fluctuation and the threshold voltage (Vth) fluctuation, have not been clarified. This paper reports a systematic method to analyze the sources of the above two different fluctuations represented by sigma I-d and sigma Vth, respectively. The dominant sources of the sigma I-d and sigma Vth have been clarified on experimental n-channel Si:C source/drain FETs. The I-d fluctuation relies on the dopant fluctuation or the mobility factors related to the conductions at various biases. Results show that the I-d fluctuation at low field or low gate bias, i.e., near the threshold, is dominated by the RDF (Random Dopant Fluctuation) effect, while at high field, it is dominated by the channel conduction and scattering events which can be adequately described by the changes of mobility. The abnormal increase in the RDF effect in the Si:C was induced by the carbon out-diffusion from the drain into the channel. A dopant profiling technique has been developed to validate the out-diffusion effect. (C) 2014 AIP Publishing LLC.Item type:Item, 從山田洋次的武士三部曲看日本(2014-05-19) ;藍弘岳 ;開放教育推動中心Open Education Office課程首頁 本課程是由交通大學新文藝復興閱讀計畫提供。 96 年 8 月當各大學紛紛摩拳擦掌準備迎接新生的同時,交通大學校長吳重雨則因為一則來自於七月份泰晤士報,有關於英國首相布朗公布其夏日讀書清單的新聞中,看到了他對知識的尊重。在這同時,吳重雨校長也思考著,要如何為學生準備追求知識的環境和激發他們對知識的尊重與喜愛。台積電張忠謀董事長曾陳述他 18 歲進入哈佛那一年,博覽文史哲理工經典群籍,至此奠定了他求知的基礎,並借海明威名言,將其改為「哈佛這一年為人生可帶走的盛宴。」吳重雨校長以張董事長的學習為借鏡,認為學生固然能藉由自我閱讀的方式學習到豐沛的知識,但透過名人、大師親臨現場地介紹經典書籍,更能加深學子們對於書籍的認識與興趣,這也是「新文藝復興閱讀計劃」 ( 以下簡稱 : 「 經典名著選讀 」 ) 活動展開籌劃的緣由。於是,吳重雨校長便積極敦請「交大通識教育委員會」,接手籌備本計劃的相關活動,而該中心也成為實際施行本計畫的策動、開課以及認證單位。至此,期許交大學子藉由閱讀、聽講來提昇人文素養、開拓視野的「新文藝復興閱讀計劃」,就此展開。