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台灣萬花筒.華語看世界

為了解決Further synonym的問題，作者unknow 這樣論述：

本書特色 　　This book found its inspiration from topics that are unique to Taiwanese culture explored through a total of 12 lessons organized into three units: “Daily Life in Taiwan,” “Social and Cultural Development in Taiwan,” and “Looking at World Issues Through the Kaleidoscope of Taiwan.” Every l

esson discusses topics in Taiwanese local specialties and social issues by introducing current events and cultural phenomena that provide a vivid picture of everyday life in Taiwan, encouraging learners to gain a deeper understanding of Taiwanese culture. Furthermore, each lesson was designed with a

"Global Corner," which allows learners from all over the world to immerse themselves in the topics, sparking mutual discussion. This encourages learners to go above and beyond to explore Taiwanese culture and society while motivating them to comprehend how certain topics connect countries around th

e world and nurturing competence in cross-cultural communication. 　　On the other hand, Key to the World: A Kaleidoscope of Taiwan was designed specifically for intermediate-advanced learners, intending to strengthen their Mandarin Chinese abilities, so that they can successfully study high-level ma

terials. These lessons especially focus on expanding and building vocabulary. Besides incorporating common terminology, units such as “Near-Synonym Distinctions,” “Character Association Maps,” and “Formal and Informal Conversions,” can be utilized to supplement lexical acquisition. Overall, we endea

vor to employ a wide array of methodologies to aid Chinese learners as they expand their vocabulary, grasp the differences between near-synonym terms that commonly confuse learners and further develop the ability to discern the differences between informal and formal language usage, ultimately reach

ing a higher level of proficiency. 　　《台灣萬花筒》是由國立臺灣師範大學華語教學系蕭惠貞教授帶領16名研究生共同完成的華語教材，本書以台灣文化特色為題材，涵蓋「台灣日常生活切片」、「台灣社會文化發展」和「台灣萬花筒看世界」三大單元，共12課。每課皆以台灣在地特色及社會議題為主題，利用貼近生活的時事和文化內容吸引學習者，從而促進他們對台灣的認識。此外，各課最後設有「國際角落」，融入時下話題激發討論。此單元旨在引導學習者進一步探討台灣文化及社會現況，並由此連結世界不同國家的相關議題，藉以培養學習者的跨文化溝通能力。 　　另一方面，《台灣萬花筒》以中高級華語教

材為定位，旨在鞏固學習者的華語能力並順利銜接高階課程。教材尤其著重詞彙量的擴充和累積，除了一般生詞環節外，更透過「識字聯想」、「近義詞辨析」、「語體轉換」等單元輔助詞彙學習。總體而言，本教材務求以多元途徑協助學習者循序漸進地擴展詞彙量，掌握容易產生偏誤的近義詞組，並進一步培養語體意識，使其華語程度更上一層樓。  

The Science and Practice of Resilience

為了解決Further synonym的問題，作者Linkov, Igor/ Trump, Benjamin D. 這樣論述：

This book offers a comprehensive view on resilience based upon state-of-the-science theories and methodological applications that resilience may fill. Specifically, this text provides a compendium of knowledge on the theory, methods, and practice of resilience across a variety of country and case co

ntexts, and demonstrates how a resilience-based approach can help further improved infrastructure, vibrant societies, and sustainable environments and ecologies, among many others.Resilience is a term with thousands of years of history. Only recently has resilience been applied to the management of

complex interconnected systems, yet its impact as a governing philosophy and an engineering practice has been pronounced. Colloquially, resilience has been used as a synonym for 'bouncing back'. Philosophically and methodologically, however, it is much more. In a world defined by interconnected and

interdependent systems such as water, food, energy, transportation, and the internet, a sudden and unexpected disruption to one critical system can lead to significant challenges for many others. The Science and Practice of Resilience is beneficial for those seeking to gain a rich knowledge of the r

esilience world, as well as for practitioners looking for methods and tools by which resilience may be applied in real-world contexts. Dr. Igor Linkov is the Risk and Decision Science Focus Area Lead with the US Army Engineer Research and Development Center, and Adjunct Professor with Carnegie Mel

lon University. Dr. Linkov has managed multiple risk and resilience assessments and management projects in many application domains, including cybersecurity, transportation, supply chain, homeland security and defense, and critical infrastructure. He was part of several Interagency Committees and Wo

rking Groups tasked with developing resilience metrics and resilience management approaches, including the US Army Corps of Engineers Resilience Roadmap. Dr. Linkov has organized more than thirty national and international conferences and continuing education workshops, including NATO workshops on C

yber Resilience in Estonia (2018) and Finland (2019), as well as Chaired Program Committee for 2015 and 2019 World Congresses on Risk in Singapore and Cape Town. He has published widely on environmental policy, environmental modeling, and risk analysis, including twenty books and over 350 peer-revie

wed papers and book chapters in top journals, like Nature, Nature Nanotechnology, Nature Climate Change, among others. He has served on many review and advisory panels for DOD, DHS, FDA, EPA, NSF, EU and other US and international agencies. Dr. Linkov is Society for Risk Analysis Fellow and recipien

t of 2005 Chauncey Starr Award for exceptional contribution to Risk Analysis as well as 2014 Outstanding Practitioner Award. He is Elected Fellow with the American Association for the Advancement of Science (AAAS). Dr. Linkov has a B.S. and M.Sc. in Physics and Mathematics (Polytechnic Institute) an

d a Ph.D. in Environmental, Occupational and Radiation Health (University of Pittsburgh). He completed his postdoctoral training in Risk Assessment at Harvard University. Dr. Benjamin D. Trump is an ORISE Postdoctoral Fellow for the US Army Corps of Engineers and a Postdoctoral Research Fellow at th

e University of Lisbon, Portugal. He has also held a postdoctoral appointment at the University of Maryland, and as a research intern at the Institute of Occupational Medicine in Singapore. Dr. Trump’s work focuses on decision making and governance of activities under significant uncertainty, such a

s emerging and enabling technologies (synthetic biology, nanotechnology) and developing organizational, infrastructural, social, and informational resilience against systemic threats to complex interconnected systems. Dr. Trump served as a delegate to assist US presence in OECD’s Global Science Foru

m in 2017, and is the President of the Society for Risk Analysis’ Decision Analysis and Risk Specialty Group in 2018-2019. His work has been featured in over 50 peer-reviewed publications, journal articles, and book chapters, including publications in Nature, Nature Nanotechnology, EMBO Reports, Env

ironmental Science & Technology, Health Policy, and Regulation and Governance, among others. Dr. Trump was also an author of the International Risk Governance Council’s Guidelines for the Governance of Systemic Risks, as well as their 2nd Volume of the Resource Guide on Resilience. Dr. Trump is als

o frequently active with several Advanced Research Workshops for the North Atlantic Treaty Organization’s Science for Peace Programme, including his role as a Director of a workshop titled Cybersecurity and Resilience for the Arctic. Dr. Trump received his PhD from the University of Michigan’s Schoo

l of Public Health, Department of Health Management and Policy in 2016. He received a M.S. (2012) in Public Policy and Management and a B.S. in Political Science (2011) from Carnegie Mellon University.

動靜脈廔管支架設計及以旋轉式3D列印進行製作

為了解決Further synonym的問題，作者梁德賢 這樣論述：

摘要 IAbstract III誌謝 V目錄 VI圖目錄 VIII表目錄 XIV第一章、 緒論 151.1. 研究背景 151.2. 研究動機與目的 16第二章、 文獻回顧 192.1. 生物可吸收支架發展 192.2. 血液透析及動靜脈廔管手術 222.3. 動靜脈廔管支架 262.4. 生物可吸收支架製程 292.4.1. 多元化的支架製程技術 292.4.2. 旋轉式3D列印製程 31第三章、 實驗方法 353.1. 動靜脈廔管支架設計概念

373.2. 動靜脈廔管支架設計與模擬 383.2.1. 漸進式結構支架設計 383.2.2. 漸進式結構支架模擬 443.3. 旋轉式3D列印設備改造及製程 513.3.1. 旋轉式3D列印設備改造 513.3.2. 旋轉式3D列印製程 523.3.2.1. 漸進式結構支架列印製程參數 543.3.2.2. 列印路徑測試 563.4. 實驗驗證 573.4.1. 支架覆膜製程 583.4.2. 支架下壓力實驗 603.4.3. 支架徑向壓縮實驗

603.4.4. 人工靜脈製程及支架置入自擴張及氣球擴張實驗 61第四章、 實驗結果與討論 644.1. 支架設計模擬與靜脈擴張模擬 644.1.1. 支架設計 644.1.2. 支架向下壓縮及徑向壓縮模擬 664.1.3. 支架置入靜脈自擴張及氣球擴張模擬 694.2. 3D列印設備改造及製程實驗 794.2.1. 3D列印設備改造 794.2.2. 3D列印路徑實驗 834.2.3. 支架結構幾何列印實驗 844.3. 實驗驗證 884.3.1. 支架覆膜製程

實驗 884.3.2. 支架結構向下壓縮量測實驗 894.3.3. 支架徑向壓縮實驗 1014.3.4. 人工靜脈製程及置入支架後自擴張與氣球擴張實驗 1064.3.4.1. 人工靜脈製程實驗 1064.3.4.2. 漸進式結構支架置入人工靜脈自擴張實驗 1084.3.4.3. 漸進式結構支架置入人工靜脈氣球擴張實驗 116第五章、 結論與未來展望 1255.1. 結論 1255.2. 未來展望 126參考文獻 128