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Microsoft Visual C# Step by Step

為了解決R studio version che的問題，作者Sharp, John 這樣論述：

Your hands-on guide to Microsoft Visual C# fundamentals with Visual Studio 2017Expand your expertise--and teach yourself the fundamentals of programming with the latest version of Visual C# with Visual Studio 2017. If you are an experienced software developer, you'll get all the guidance, exercises,

and code you need to start building responsive, scalable, cloud-connected applications that can run almost anywhere. . Discover how to: Quickly start creating Visual C# code and projects with Visual Studio 2017 Work with variables, operators, expressions, methods, and program flow Build more robust

apps with error, exception, and resource management Spot problems fast with the Visual Studio debugger Make the most of improvements to C# methods, parameters, and switch statements Master the C# object model, and create your own functional data structures Leverage advanced properties, indexers, ge

nerics, and collection classes Create Windows 10 apps that share data, collaborate, and use cloud services Integrate Cortana to voice-enable your applications Perform complex queries over object collections with LINQ Improve application throughput and response time with asynchronous methods Use dele

gates and decoupling to construct highly extensible systems Customize C# operator behavior over your own classes and structures Streamline development with app templates Implement the powerful Model-View-ViewModel (MVVM) pattern Develop cloud-connected applications that seamlessly follow users acros

s devices Build UWP applications that retrieve complex data via REST and present it intuitively John Sharp is a principal technologist for CM Group Ltd, a software development and consultancy company in the United Kingdom. He is well versed as a software consultant, developer, author, and trainer

, with more than 35 years of experience, ranging from Pascal programming on CP/M and C/Oracle application development on various flavors of UNIX to the design of C# and JavaScript distributed applications and development on Windows 10 and Microsoft Azure. He also spends much of his time writing cour

seware for Microsoft, focusing on areas such as Data Science using R and Python, Big Data processing with Spark and CosmosDB, and scalable application architecture with Azure.

R studio version che進入發燒排行的影片

非小細胞肺癌之預後因子 – 聚焦於年輕及年老病患以及循環腫瘤細胞

為了解決R studio version che的問題，作者許嘉林 這樣論述：

雖然近年來在肺癌的致病機轉及治療上已有許多突破性的進展，肺癌的發生及死亡率仍然相當高。肺癌於年輕族群並不常見，而且其臨床特性也與年紀較長之肺癌患者不同。另外，老年肺癌常因為共病及較差之日常體能狀態而無法進入臨床試驗造成人數上之低估。無論年輕或老年肺癌病患，他們都需要組織切片的診斷來提供診斷及後續的追蹤。液態切片提供另一個臨床診斷與追蹤的方式。循環腫瘤細胞為實體腫瘤的細胞掉落至血液中，其已被證實與一些實體腫瘤的預後是有相關的。針對年輕肺癌族群，我們收了144位年紀不大於45歲的晚期非小細胞肺癌病患。相對於其他年齡層，年輕肺癌患者擁有最高比例的肺腺癌病患。年輕患者的中位數存活期低於46-55歲患

者(p = 0.02)，但優於76歲以上患者(p < 0.001)。於多變數分析中，我們發現男性(HR, 1.70; 95% CI: 1.08-2.68)、身體質量指數低於25 kg/m2 (HR, 2.72; 95% CI: 1.39-5.30)、第四期患者(HR, 2.62; 95% CI: 1.50-4.57)以及貧血(HR, 2.08; 95% CI: 1.15-3.77)與較差之預後有相關。針對老年肺癌族群，我們收了576位年齡70歲以上晚期非小細胞肺癌患者。其中419位(72.7%)有接受全身性治療，包含182位(31.6%)接受化學治療、237位(41.1%)接受標靶藥物治療。相

比於70-79歲患者，年齡大於80歲之患者較少接受化學治療(12.3% vs. 40.9%, p

Princess Mononoke: The First Story

為了解決R studio version che的問題，作者Miyazaki, Hayao/ Washington, Masumi (EDT)/ Allen, Jocelyne (CON) 這樣論述：

An oversized, lavishly illustrated storybook featuring original watercolor art by legendary filmmaker Hayao Miyazaki This is the original Princess Mononoke story, created by Hayao Miyazaki in 1980 while he was first conceptualizing the landmark animated film that would be released to universal acc

laim seventeen years later. As an initial version of the tale, it offers a new and different perspective from the final version presented in the film. After a long, exhausting war, a samurai lost in a forest encounters a giant wildcat--a mononoke. The beast saves his life, but at the price of his da

ughter's hand in marriage... Hayao Miyazaki is one of Japan’s most beloved animation directors. In 2005 he was awarded the Venice International Film Festival’s Golden Lion Award for Lifetime Achievement, and his Studio Ghibli received the festival’s Osella Award for overall achievement in 2004. Mi

yazaki’s films include Spirited Away, winner of the 2002 Academy AwardÂ(R) for Best Animated Feature Film, as well as Castle in the Sky, My Neighbor Totoro, Kiki’s Delivery Service, Princess Mononoke, Howl’s Moving Castle, and Ponyo, all of which have received great acclaim in the U.S. Miyazaki’s ot

her achievements include the highly regarded manga series Nausicaä of the Valley of the Wind and Starting Point: 1979-1996, a collection of essays, interviews, and memoirs that chronicle his early career and the development of his theories of animation. Both are published in English by VIZ Media.

計算量子力學設計非等向晶面半導體應用於人工光合作用光陽極產氧設計

為了解決R studio version che的問題，作者程鈺琳 這樣論述：

本論文研究旨在以第一原理計算設計同質非等向晶面半導體，加上助催化劑，進行人工光合作用，並專注於光陽極的產氧分析。迄今為止，光催化反應的效率仍然很低，歸因於兩大原因，第一為電荷分離效率低，因為光激發產生的電子和電洞極容易重新再結合;第二是由於產氧反應的高過電勢障礙，產氧需要更高的能量才能克服動力學障礙，因此如何克服上述兩大挑戰對於可再生能源儲存和轉換系統設計至關重要。本文所選用之光觸媒鈦酸鍶(SrTiO3)具有良好的能帶特性，低成本，高抗光腐蝕和抗化學腐蝕的能力，一直是最廣泛的光催化分解水半導體之一，本研究提出設計簡單同質非等向性晶面半導體，再搭配光電催化活性相當優越助催化劑CoOOH，進一步

提升光電產氧效率。本研究先將鈣鈦礦結構的SrTiO3立方晶體與菱面體CoOOH透過密度泛函理論(DFT)尋求最穩定結構，並進一步進行物理性質和光學性質計算，以取得能帶結構、電子態密度、反射率R 及吸收光譜α等光學性質，再利用上述的光學性質數值分析內建電場、導價帶特徵值。緊接著CoOOH晶體表面上執行產氧氧化半反應的模擬、並導入氧空缺的概念，達到降低過電勢與活化能的目標。根據第一原理計算，藉由異質界面建構分析SrTiO3能帶彎曲，內建電場的值為不同晶面平均位勢值之差值，模擬結果為2.913 eV，與運用功函數差值方式相較，誤差約為5.39％，證明藉由高內建電位，電子和電洞可有效地轉移到不同的非等

向平面以完成光氧化和還原反應。由態密度(density of states)也顯示，在SrTiO3 (110)與(100)形成非等向晶面後，由於內建電場連帶能帶偏移，(110)之價帶和導帶會高於(100)，表明(110)和(100)分別扮演p型和n型半導體角色。再從本論文四種析氧結果，顯示本論文提出建立氧空位提高電導率的方式，會造成結構相對不穩定，進而促進水分子在活性位點上的吸附，提升整個產氧催化效率。