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Take the Lead: A Dance-Off Novel

為了解決hola的問題，作者Daria, Alexis 這樣論述：

From Alexis Daria, author of the critically acclaimed, international bestseller You Had Me at Hola, comes a fun, sexy romance set against a reality dance show.Gina Morales wants to make it big. In her four seasons on The Dance Off, she’s never even made it to the finals. But her latest partner, t

he sexy star of an Alaskan wilderness show, could be her chance. Who knew the strong, silent, survivalist-type had moves like that? She thinks Stone Nielson is her ticket to win it all--until her producer makes it clear they’re being set up for a showmance. Joining a celebrity dance competition is t

he last thing Stone wants. However, he’ll endure anything to help his family, even as he fears revealing their secrets. While the fast pace of Los Angeles makes him long for the peace and privacy of home, he can’t hide his growing attraction for his dance partner. Neither wants to fake a romance for

the cameras, but the explosive chemistry that flares between them is undeniable. As Stone and Gina heat up the dance floor, the tabloids catch on to their developing romance. With the spotlight threatening to ruin everything, will they choose fame and fortune, or let love take the lead?

hola進入發燒排行的影片

碳量子點表面官能基對其光學性質及染料標記之效果影響

為了解決hola的問題，作者李俊霆 這樣論述：

為探討碳量子點表面官能基對FITC標記效果之影響。本篇研究我們以檸檬酸及乙二胺為原料(莫爾數比為1:2.72)，利用微波法製備碳量子點(C-dots (α))，並將其與FITC結合(FITC@ C-dots (α))。為確認FITC@C-dots (α)上是否成功標記FITC，我們對FITC@ C-dots (α)進行穩態光譜及時間解析螢光非等向性的量測。與C-dots (α)相較，FITC@C-dots (α)的穩態吸收與螢光光譜均可明顯看到FITC之訊號。而在時間解析螢光非等向性的量測中，除了原本C-dots (α)轉動所造成的衰減以外，我們也觀測到由於FITC局部擺動所造成的衰減 (τ

=0.15ns)。上述結果皆表明FITC已成功標記上碳量子點。 文獻指出FITC得以標記於碳量子點，主要是利用FITC的-S=C=N鍵與碳量子點表面的NH2官能基相互結合形成共價鍵。因此在合成時所使用之乙二胺比例將會對FITC的標記效果有極大影響。在本實驗中，我們藉由改變乙二胺用量，製備出一系列具有不同氮含量之碳量子點並比較其螢光性質及被FITC標記之能力。發現當原料中檸檬酸及乙二胺莫爾數比為1:1時，所合成出之碳量子點(C-dots(β))，具有最高之螢光量子產率。但與C-dots (α)相較，則較不容易被FITC標記。我們也發現碳量子點經過長時間存放或藉由外在的物理或化學處理導致其氧

化後，表面的-NH2官能基會明顯減少，進而降低FITC對其之標記效果。研究中我們也嘗試以C18反相管柱進一步的純化被FITC標記之C-dots(α) (FITC@C-dots(α))。結果顯示，在C-dots(α)中，有部分的碳量子點無法有效的被FITC標記，而會較快被沖提出管柱。而純化後之FITC@C-dots(α)其離子感測能力和未純化之樣品相較明顯獲得提升。上述結果除了增進我們對於碳量子點及碳量子點-FITC複合物性質之了解外，也能進一步的應用於其他碳量子點-染料複合體之製備與純化方法設計，相信此研究將會對於以碳量子點為主體設計之分子或離子感測材料設計有所助益。

西班牙語初級入門：發音+口語+單字+語法，一口氣學會!

為了解決hola的問題，作者陳怡君 這樣論述：

　　發音+口語+單字+語法，一口氣學會！ 　　DELE西語檢定A1程度 　　★日常用語由淺入深，實用程度百分百 　　內容豐富多元，句句是重點，還能學到詳細的句型結構和文法解釋。 　　‧¿Puedo agregarte en Instagram?  我可以加你IG 嗎？ 　　‧¿Puedo añadirte como amigos en Facebook?  我可以加你為臉書好友嗎？ 　　★逐句跟讀，自言自語也能練出道地腔調 　　模仿雲端音檔中的母語人士發音，一再重複「聽」&「說」，不知不覺培養出道地西語音感。 　　★測驗題活潑多元，實力再向上提升一層 　　按部

就班依照精心安排的進度學習，再進行自我評量測驗加強記憶，一定能學會。 　　★單元規劃詳細周全，聽說讀寫面面俱到 　　‧生活對話：從實用會話中感受西班牙日常 　　‧必學字彙：精心歸納的單字有效幫助記憶 　　‧溝通句型：架構清楚、學習起來一目了然 　　‧文法解析：詳細引導與解說讓你輕鬆理解 　　‧隨堂練習：多樣化題型幫你找出學習盲點 　　‧文化導覽：探索西語系國家文化拓展視野 　　‧課後活動：趣味互動小遊戲增強學習動機 本書特色 　　◎適合108課綱第二外語及DELE檢定A1程度，上課自學都OK！ 　　◎西班牙通帶你從聽說讀寫和生活文化，全方位感受西班牙魅力 　　◎隨書附QR Code雲端音

檔，走到哪都能聽道地發音，學習不間斷

多功能環保量子點作為靶向雙成像和光動力癌症治療平台

為了解決hola的問題，作者諾菲 這樣論述：

Recommendation letter iiAbstract in chinese iiiAbstract in english vAcknowledgments viiContents viiiList of figures xiiList of tables xviiList of abbreviation ixChapter 1. Introduction 11.1 General introduction 21.2 Objective of study 61.3 Structure of the dissert

ation 6Chapter 2. Literature review 82.1 Nanoparticles 92.2 Semiconductor quantum dots 102.3 The quantum confinement, optical properties, and core/shell structure of QDs 122.4 Synthesis of QDs 192.4.1 Nucleation and growth 212.4.2 Hot injection method 252.4.3 Heat-up method

282.4.4 Solvothermal approach 312.4.5 Hydrothermal approach 332.4.6 Microwave irradiation approach 352.5. Folate receptor targeting agents 382.6 QDs biomedical applications 422.6.1 Optical imaging 422.6.2 Magnetic resonance imaging (MRI) 442.6.3 Drug delivery 462.6.4 Photo

‑dynamic therapy (PDT) and Photo‑thermal (PTT) therapy 59Chapter 3. Manganese-doped green tea-derived carbon quantum dots as a targeted dual imaging and photodynamic therapy platform 483.1 Introduction 523.2 Experimental methods 533.2.1 Materials 553.2.2 Synthesis of Mn-CQD 563.2.

3 Preparation of Mn-CQDs@FA/Ce6 563.2.4 Characterization 573.2.5 Cell structure and viability evaluation 583.2.6 In vitro photodynamic cancer cells’ ablation 593.2.7 Cell imaging 603.3 Results 603.3.1 Synthesis of Mn-CQDs 603.3.2 Preparation of Mn-CQDs@FA/Ce6 643.3.3 Photolu

minescence characteristics and ROS generation of Mn-CQDs@FA/Ce6 conjugates 663.3.4 Mn-CQDs as MRI contrast agents 693.3.5 In vitro cellular uptake and therapeutic effect 723.4 Discussion 753.5 Summary 77Chapter 4. Multifunctional MnCuInSe/ZnS quantum dots for bioimaging and photodyna

mic therapy 794.1 Introduction 804.2 Experimental methods 834.2.1 Materials 834.2.2 Synthesis of the CuInS, CuInSe, MnCuInSe core and CuInS/ZnS, CuInSe/ZnS and MnCuInSe/ZnS core/shell carbon quantum dots 844.2.3 Characterization 854.2.4 Optical and photoluminescence properties of

MnCuInSe/ZnS assay 854.2.5 Photoactivity assessment of MnCuInSe/ZnS 864.2.6 In Vitro MR 864.2.7 Cell culture and in vitro cytotoxicity evaluation 874.2.8 Cell imaging 884.3. Results and discussion 884.3.1. Synthesis and characterization of MnCuInSe/ZnS 884.3.2 Optical and photol

uminescence properties of MnCuInSe/ZnS 904.3.3 Stability of MnCuInSe/ZnS QDs colloidal solution 944.3.4 ROS generation of MnCuInSe/ZnS 974.3.5 Magnetic resonance imaging 984.3.6 In vitro cellular uptake and therapeutic effect 1014.3.7 Confocal imaging 1024.4. Summary 105Chapte

r 5. Conclusions 1065.1 Conclusions 1075.2 Future outlooks 109References 110Appendix 134