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[PDF] Top 20 I-Shou University Institutional Repository:Item 987654321/12839

Has 10000 "I-Shou University Institutional Repository:Item 987654321/12839" found on our website. Below are the top 20 most common "I-Shou University Institutional Repository:Item 987654321/12839".

I-Shou University Institutional Repository:Item 987654321/12839

I-Shou University Institutional Repository:Item 987654321/12839

... Synthesis that, when Si-Cr thin film of the experimental, in sputtering parameters 500W and 3mtorr, temperature is the most difficult to influence electric resistance.... 終於到了這個階段,一路走來跌跌[r] ... See full document

113

I-Shou University Institutional Repository:Item 987654321/21381

I-Shou University Institutional Repository:Item 987654321/21381

... 75 B1:環境品質管理 項次 說明 B1-1 建築物建材耐 久性 建築物之內外部建材選擇不易受汙及容易清潔之材質, 例如: 選擇較易清洗,髒污不會因時間長而清洗不掉 B1-2 建築物建材耐 候性 建築物之內外部建材選擇不容易因天候影響其使用期材 質,例如:選擇綠色建材 B1-3 建築物廢棄物 處理 建築物與社區內廢棄物之處置方式及位置,例如:[r] ... See full document

116

I-Shou University Institutional Repository:Item 987654321/21382

I-Shou University Institutional Repository:Item 987654321/21382

... I 摘要 砂石是土木建設的重要資材,而砂石的來源有河川、陸上、進口與 海岸,過去台灣一直仰賴河川砂石、陸上砂石與進口砂石作為建設的材 料來源,而禁用海岸砂石。相對於台灣對於海砂的保孚,許多先進國家 早已利用經適當處理後之海砂作為混凝土之材料,也訂定了相關使用規 範。面對河川砂石、陸上砂石等資材終將耗盡,加上進口砂石常因政治 因素而供應不穩,當局應該思考適當開放台灣本地海砂作為合理資源利 ... See full document

81

I-Shou University Institutional Repository:Item 987654321/21383

I-Shou University Institutional Repository:Item 987654321/21383

... This research result, in the drying process of each oven, the data include solvent drying curve and number of defects,The LC101T-8 all better than LC101T-3.. However, The data of LC101T[r] ... See full document

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I-Shou University Institutional Repository:Item 987654321/21385

I-Shou University Institutional Repository:Item 987654321/21385

... 1 第一章 文獻回顧 2012年Maury 1 等人利用二乙基鋅及六正丁基錫烷來對丙炔基碘進行 催化反應,讓丙炔基碘的碳-碘鍵(C-I)均勻斷裂產生碘自由基和C 3 H 3 自由 基後,用TTBNB(tri-tert-butylnitrosobenzene)來捕捉C 3 H 3 自由基及碘自由 基,反應如圖1-1,結果發現TTBNB捕捉到C 3 H 3 自由基的產物只有丙炔 ... See full document

80

I-Shou University Institutional Repository:Item 987654321/21388

I-Shou University Institutional Repository:Item 987654321/21388

... Hourly addition by fixed amount of 6g/hr Hourly addition by feeding amount of 6g/hr or 15g/hr Feeding glucose and methionine 400 rpm Feeding glucose and methionine 300 rpm 利用菌株突變後,再加上饋料批[r] ... See full document

67

I-Shou University Institutional Repository:Item 987654321/21393

I-Shou University Institutional Repository:Item 987654321/21393

... 21 知,腐蝕電流會再次加速,並因破孔內部活性較大腐蝕會由表面轉而向孔 洞內大量發生,形成所謂的孔蝕現象。 2-9、BMG 與 BMGC 相關腐蝕電化學研究 由於基地相呈現非晶態且缺乏晶界等較明顯的缺陷,有一部分的學者對 於 BMG 與 BMGC 在防蝕表現上感到十分的有興趣,並著手進行相關的腐蝕 研究與探討,列於下 表 2-9-1 。如文獻所示,[r] ... See full document

99

I-Shou University Institutional Repository:Item 987654321/21398

I-Shou University Institutional Repository:Item 987654321/21398

... In this study, the silicon-base oxide nanofibers with hollow structure and net-like porous structure were prepared using single-nozzle electrospinning and heat treatment.. Firstly, pr[r] ... See full document

109

I-Shou University Institutional Repository:Item 987654321/21403

I-Shou University Institutional Repository:Item 987654321/21403

... Wang, “Microstructure and wear resistance of a laser clad TiC reinforced nickel aluminides matrix composite coating”, Materials Science and Engineering A, vol.368, 2004, pp.80-8[r] ... See full document

95

I-Shou University Institutional Repository:Item 987654321/21404

I-Shou University Institutional Repository:Item 987654321/21404

... 第四章 結果與討論 4-1 MAR-M200+Hf DS 試棒巨觀觀察 原材及經過 DS 鑄造後之試棒如國 4-1,取試棒上中下端來進行巨觀觀 察,上端距離固液界面 12cm,中間距離固液界面 8cm,下端距離固液界面 1cm 可發現原材上端的晶粒尺寸約為 1.55mm,中間晶粒尺寸約為 1.52mm,下端 晶粒尺寸約為 2.11mm 如圖 4-2,下拉速率 60[r] ... See full document

86

I-Shou University Institutional Repository:Item 987654321/21406

I-Shou University Institutional Repository:Item 987654321/21406

... [48] MINGJIE LIU, YONGMEI ZHENG, JIN ZHAI, AND LEI JIANG, “Bioinspired Super-antiwetting Interfaces with Special Liquid-Solid Adhesion ”, ACCOUNTS OF CHEMICAL RESEARCH, vol.43, 2010, [r] ... See full document

124

I-Shou University Institutional Repository:Item 987654321/21409

I-Shou University Institutional Repository:Item 987654321/21409

... 本論文使用 Leap Motion 應用在機械手中,並結合了 MQTT Message Queuing Telemetry Transport 來串聯機械手與 Leap Motion 進而達到遠 端體感控制,而使 3D 列印機製作出的仿生機械手裝上 Arduino 以及 Arduino Ethernet Shield[25]能夠有效接收由 MQTT 中 publish/[r] ... See full document

77

I-Shou University Institutional Repository:Item 987654321/21416

I-Shou University Institutional Repository:Item 987654321/21416

... Rojas, M Valderrama, A Witon, V Navarro and MLV Quyen, Probing cortical excitability using cross-frequency coupling in intracranial EEG recordings: a new method for seizure prediction, i[r] ... See full document

60

I-Shou University Institutional Repository:Item 987654321/21417

I-Shou University Institutional Repository:Item 987654321/21417

... Israsena[15]的基於獨立成分分析和提升小波轉換自動去除 干擾訊號Automatic Removal of EEG Artifacts Using ICA and Lifting Wavelet Transform 此方法使用獨立成分分析,並對於一些雜訊中藏有需要的一般訊號做處理,這些將針 對眨眼雜訊的獨立成分做提升小波轉換Lifting Wavelet Tra[r] ... See full document

54

I-Shou University Institutional Repository:Item 987654321/21418

I-Shou University Institutional Repository:Item 987654321/21418

... Keywords:extreme learning machine, artificial neural network, fuzzy system, fuzzy inference system, recursive singular value decomposition, online learning, fuzzy extreme learning machin[r] ... See full document

48

I-Shou University Institutional Repository:Item 987654321/21419

I-Shou University Institutional Repository:Item 987654321/21419

... ҁس಍ޑᕉნ໒วࢎᄬӵკ 8 ܌ҢǴҗ΋೽բࣁ႔ၰᏔޑ Up Boardǵ ٿ೽բࣁ Device ޑ PLCǵ΋೽໒วҔޑ PCǵ΋ᆵ Wi-Fi RouterǵаϷኧ೽ բࣁ Sensor Node ޑ Up Board ܌ಔԋǶஒ Router ೱ΢ Internet ࡕǴ໒วҔ PCǵ႔ၰᏔǵаϷ PLC ࣣ೸ၸΌϼᆛၡٰᆶ Router ೱጕǴSensor n[r] ... See full document

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I-Shou University Institutional Repository:Item 987654321/21421

I-Shou University Institutional Repository:Item 987654321/21421

... 16 Chapter 3 研究方法與步驟 本研究主要針對 RGB-D 影像做區域分割,所使用的分割方法是使用 K-means 分類法原理搭配使其加速的 SLIC 超像素方法進行分割。首先,對感測器所擷取 到的 RGB 圖像作 LAB 色彩空間轉換,對轉換後圖像作超像素初步分類。再來將 深度資訊導入初步分割圖中,導入部分應先做好影像對齊[11],再以遞迴方式將 深度[r] ... See full document

41

I-Shou University Institutional Repository:Item 987654321/21422

I-Shou University Institutional Repository:Item 987654321/21422

... Jeng, “Fast video super-resolution using artificial neural networks,” 8th IEEE International Symposium on Communication Systems, Networks and Digital Signal ProcessingCSNDSP, Poznan, Pol[r] ... See full document

37

I-Shou University Institutional Repository:Item 987654321/21426

I-Shou University Institutional Repository:Item 987654321/21426

... I 摘要 對於癌症病患,放射治療計畫在執行前或期間,必須驗證所給予的劑量是否 正確,目前普遍做法是採用農夫型游離腔 (farmer chamber)量測治療計畫中某點 的點劑量,然而,若要知曉治療的剖面劑量(dose profile)則會花費很多時間,或 者可以使用其他較昂貴設備。EBT3 film(軟片)是一種輻射變色軟片,因和人體有 效原子序相似且可自體顯影,只要搭配一台標準掃描器,經過劑量校正後,就可 ... See full document

65

I-Shou University Institutional Repository:Item 987654321/21429

I-Shou University Institutional Repository:Item 987654321/21429

... 透過第二章的介紹可了解到 Stack-based Bof 的成因以及目前 Linux 發行版 所使用的緩解策略不足之處如表 1 所示。歸根究底還是因為指令指標可以被攻 擊者控制所導致的一連串問題,假設可以讓指令指標不被輸入資料所影響,則 將可解決此問題所帶來的安全性危害。本章節透過描述問題成因以及預想的防 禦方式來設計組合語言指令的使用並透過修改 LLVM 來達到[r] ... See full document

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