e-POWER的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列包括價格和評價等資訊懶人包

Piezoelectric Energy Harvesting Systems: Integrated Analysis and Implementation

為了解決e-POWER的問題，作者Liang, Junrui,Liao, Wei-Hsin 這樣論述：

Dr. Junrui Liang received the B.E. and M.E. degrees in Instrumentation Science and Engineering from Shanghai Jiao Tong University, Shanghai, China, in 2004 and 2007, respectively, and the Ph.D. degree in Mechanical and Automation Engineering from The Chinese University of Hong Kong, Hong Kong, in 20

10. After obtaining his degrees, he worked at Smart Materials and Structures Laboratory, The Chinese University of Hong Kong and later Centre for Smart Energy Conversion and Utilization Research (previous Centre for Power Electronics), City University of Hong Kong as a postdoctoral researcher. Since

Nov. 2013, Dr. Liang has been with School of Information Science and Technology, ShanghaiTech University as an Assistant Professor. Dr. Liang focuses on the research of electrical and electromechanical energy conversion systems. His recent research interests include: kinetic energy harvesting and v

ibration control, dynamics of nonlinear electromechanical coupling systems, electrical power conversion and utilization research, renewable energy, etc. His most significant contribution was that he extended the impedance modeling and analysis, which conventionally was only used for linear systems,

to some nonlinear power conversion systems such as the class-E power amplifier and piezoelectric energy harvesting systems. Based on the extension, efficient analysis and optimization about the transferred power and conversion efficiency were achieved in these systems. In particular, extending the s

cope of impedance also helps clarify some important but previously overlooked scientific issues for the coupled electromechanical power conversion systems.Since 2008, Dr. Liang has published 19 peer-reviewed technical papers in international journals and conferences. He is a member of IEEE and ASME.

He has served as a reviewer of several international journals, and section chair of 2014 SPIE SS/NDE international conference. He was a recipient of Best Student Contributions Award at the 19th International Conference on Adaptive Structures and Technologies in 2008, and two Best Paper Awards at th

e IEEE International Conference on Information and Automation in 2009 and 2010, respectively. Dr. Liang was also awarded the Postgraduate Research Output Award, which recognized his achievement as one of the most highlighting research outputs done by postgraduates within The Chinese University of Ho

ng Kong in 2010. Dr. Wei-Hsin Liao received his Ph.D. in Mechanical Engineering in May 1997 from The Pennsylvania State University, University Park, USA. At Penn State University, he received the Inventor Incentive Award and Sigma Xi Graduate Research Award. Since August 1997, Dr. Liao has been with

the Department of Mechanical and Automation Engineering at The Chinese University of Hong Kong (CUHK), where he is also the founding director of the Smart Materials and Structures Laboratory. Dr. Liao currently serves as the Programme Director, MSc Programme in Biomedical Engineering, Division of B

iomedical Engineering. He was the Program Chair for the International Symposium on Smart Structures and Microsystems in 2000, as well as the 2005 IEEE International Conference on Information Acquisition. Since 2000, he has been a member of the International Organizing Committee of the International

Conference on Adaptive Structures and Technologies (ICAST). He was the Conference Chair for the 20th ICAST held in Hong Kong in 2009. He is the Conference Co-Chair of the Active and Passive Smart Structures and Integrated Systems, in the SPIE Smart Structures/NDE. Dr. Liao has been a Principal Inves

tigator of several projects supported by the Hong Kong Research Grants Council and Innovation and Technology Commission, Hong Kong Special Administrative Region. His research has led to publications of over 130 technical papers in international journals and conference proceedings, three US patents a

nd four other US patent applications. He received the T A Stewart-Dyer/F H Trevithick Prize 2005, awarded by the Institution of Mechanical Engineers (IMechE). In 2008, he received the Best Paper Award in Structures from the American Society of Mechanical Engineers (ASME). He also received the Best P

aper Award in Automation in the 2009 IEEE International Conference on Information and Automation, and the Best Conference Paper Award in the 2011 IEEE International Conference on Mechatronics and Automation. He was awarded the Research Excellence Award (2010-2011) of CUHK. Dr. Liao is the Chair of J

oint Chapter of Robotics, Automation and Control Systems Society (RACS), IEEE Hong Kong Section. He is an active member of Adaptive Structures & Material Systems (ASMS) Technical Committee of the ASME. He currently serves as an Associate Editor for ASME Journal of Vibration and Acoustics, Journal of

Intelligent Material Systems and Structures, as well as Smart Materials and Structures. Dr. Liao is a Fellow of ASME and IOP.

e-POWER進入發燒排行的影片

私立幼兒園推動代間課程之個案研究- 以蒙特梭利教學為例

為了解決e-POWER的問題，作者張秋鈴 這樣論述：

本研究旨在探討私立幼兒園以蒙特梭利教學理念進行幼老代間課程的課程設計和實施歷程與成效，並分析在實施過程中所遇到的困境與因應，使用個案研究法，根據研究目的與待答問題，進行文獻探討及研究工具的設計與實施，透過參與觀察、訪談、省思、文件分析等，提出研究結果歸納整理如下：壹、從幼兒園方面論課程設計將蒙特梭利教學理念融入代間課程的設計，邀請長者擔任陪伴者營造幼老喜樂的肯定感與代間融合的幸福感。貳、從教師方面論實施歷程一、教師與長者有通暢且良好的溝通有助於提升代間課程實施的品質。二、教師裝備代間知能有助於提升教師與長者的互動關係。參、從長者方面論實施成效一、參與代間課程的實施有助於獲得肯定感與幸福感，找

到人生下半場新的角色定位。二、趴趴族長者與漸緩族長者在代間課程呈現不同的樣貌。肆、從幼兒方面論實施成效幼兒參與代間課程體驗親老、尊老增進代間情感肯定長者價值，成功參照對長者的代間態度由負向轉正向。

共感經營：從企業內部共鳴出發，建立消費者認同，拓展市場新商機

為了解決e-POWER的問題，作者野中郁次郎,勝見明 這樣論述：

日本Amazon「年度經營管理類」暢銷書Top 20 讀者評為「說理明快、非常適合後疫情時代閱讀的一本書」！ 知識創造理論之父、日本一橋大學國際企業策略榮譽教授 教你在快速變化的市場中，藉由情感共鳴提升企業利基！ 　　在商場如戰場的競爭環境中，愈是以共感締結的團隊，愈能搶得先機！ 　　放棄「看了數值就知道」的報表，與消費者產生共鳴方能再創商業高峰！ 　　什麼是共感經營？ 　　一般人誤以為只要做了分析、建立了計畫並遵守法令，經營就會成功。但在局勢不穩定的現代市場，利用說故事的手法，擬定以人為本的策略，讓組織內部與內部之間、組織與外部之間產生共鳴，反而能夠推動依賴邏輯分析或經驗法則到達不

了的目標——這，就是共感經營。 　　作者點出企業正陷入「三大疾病」，導致組織能力弱化，扼殺創新的幼苗。書中以9則採訪為例，點出共感經營的重要性： 　　締造經營的價值在於人的「相遇」和「共感」 　　●佛子園Share金澤 　　因應少子、高齡化社會的人口危機，透過智能障礙者、失智症長者、當地居民和兒童「混居」產生的「化學反應」，活絡社區情感，獲選「生涯活躍社區」模範都市的殊榮。 　　●HILLTOP遊憩鐵工廠 　　以往充滿油汙的HILLTOP工廠，因為一套獨特的人才培訓系統，搖身一變成為員工穿白衣行走也不會弄髒、連迪士尼和NASA也讚譽的「夢幻工廠」。 　　打造企業創新的原動力起始於「共感」

　　●日產Note e-POWER 　　開發人員設身處地為顧客駕駛的心情著想，開創「跑感」和「安全」兼具、以不踩剎車就可以停車的新概念的電動車，提升駕駛樂趣，榮登2018年新車銷售冠軍寶座。 　　●讀賣樂園Goodjoba 　　面臨關閉、預計改建為購物中心的讀賣樂園，復刻日本製造業全盛時期的軌跡，開發結合「遊樂」和「手作」的Goodjoba，寓教於樂，締造出年度193萬人的入場紀錄。 　　●馬自達SKYACTIV引擎 　　因為對地球環境與內燃機使用者的共感，開發出「世界第一高壓縮比」的SKYACTIV引擎，搭載減少油耗且環保性能優異的CX-5於2012年秋天榮獲「日本年度風雲車」。 　　蘊

藏在人際關係下的「共感經營學」 　　●NTT Docomo農業女子 　　利用女性務農的稀少性打出「農業女子」的名號，與農家、畜牧和水產等業者透過正面的話語坦率表達感受，在來往間相互理解，為銷售、合作產生巨大推動力。 　　●日本環境設計以衣製衣 　　感嘆大量衣服被丟棄而開發「以衣製衣」技術，並建立機制拉攏消費者加入回收的行列，形成身兼回收者和消費者的再生迴圈，創造「一滴石油也不用的社會」。 　　用「說故事」的方式喚起他人「共感」 　　●花王 Bio IOS 　　始於原料短缺的危機感，激起未來人們能如常洗衣的期望，繼而催生以往認為不適合做成界面活性劑原料的洗滌劑，獲2019年《日經MJ》熱門商品

排行榜第一名。 　　●寶麗（POLA）WRINKLE SHOT袪皺精華霜 　　有鑑於30歲以上的女性有70％為皺紋所苦，所以歷時15年開發出日本第一瓶由厚生勞動省認證、能有效去除皺紋的醫藥部外品，上市後首年銷售額高達130億日圓！ 　　在一個「感性價值」比功能價值更能喚起眾人意識的時代，企業「對他人的共感」的經營模式，更能發展出創新思維和創造品牌價值！ 本書特色 　　1.作者認為人際關係的本質是共感，是人類活動中不可或缺的要素，更是影響企業經營的重要因子。藉由組織內部的共鳴產生驅動力，推動事務運轉執行，以達到更高的目標。 　　2.作者利用說故事的方式分享日本企業如何透過共感，成功管理旗下公

司和共感經營的獨到之處。 　　3.在現今變化萬千的經營環境中，想提升自身共感能力、嘗試藉由共感拓展不同經營方針或開創職場創新動力的讀者，都能透過本書的案例從中找出答案。 名人推薦 　　Mr. Market 市場先生／財經作家 　　史習安／國立成功大學國際企業研究所教授 　　偽文青。日旅。諸相。 　　陳禧冠／設計長暨資深副總經理／仁寶電腦工業股份有限公司集團創意中心 　　黃國峯／國立政治大學企業管理學系教授兼商學院EMBA執行長 　　黃麗燕／李奧貝納集團執行長暨大中華區總裁 　　劉奕酉／職場生產力與商業顧問 　　（依姓氏筆劃排序）  

國小教師職場疲勞與睡眠及生活品質關係之研究

為了解決e-POWER的問題，作者楊婷婷 這樣論述：

本研究旨在探討國小教師職場疲勞、睡眠品質與生活品質之相關性，研究工具為「國小教師職場疲勞與睡眠及生活品質關係之研究調查問卷」，內容包括教師職場疲勞、睡眠品質、生活品質與個人背景變項等四部份。以臺中市立國小進行立意取樣調查，問卷共發出560份，回收540份，有效問卷為528份 (97.8%)，進行描述性統計、皮爾森積差相關分析、簡單迴歸分析及多元迴歸分析。研究結果顯示：一、國小教師職場疲勞達中上程度，其中屬「工作過度投入」的疲勞最高。二、國小教師睡眠品質不良，主要因素為「自評睡眠品質」、「睡眠困擾」、「白天功能障礙」。三、國小教師生活品質屬於中等程度，生理健康功能層面高於心理健康功能層面。四、

國小教師的職場疲勞對睡眠品質有負向影響關係。五、國小教師的職場疲勞對生活品質有負向影響關係。六、國小教師的睡眠品質對生活品質有正向影響關係。由結果發現，目前國小教師偏高齡化，教師需多參加充實身心健康有關之講座，並培養長期性的休閒運動，以降低教師職場疲勞，提升睡眠與生活品質。