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{ "viewingDirection": "left-to-right", "metadata": [ { "label": "Binding", "value": "pRebound in western style/p" }, { "label": "Script", "value": "div style='list-style-type: disc;'div style='display: list-item; margin-left: 20px;'Songti/div/div" }, { "label": "Origin Place", "value": "China" }, { "label": "Physical Location", "value": "Cambridge University Library" }, { "label": "Extent", "value": "1 fascicle" }, { "label": "Funding", "value": "" }, { "label": "Abstract", "value": "p style='text-align: justify;'This is the sole surviving copy of a work which under several guises enjoyed a wide circulation in China from the late fifteenth century onwards but gradually disappeared as an independent entity, being incorporated instead into popular encyclopaedias./pp style='text-align: justify;'The work is similar in nature to the bestiaries of mediaeval Europe. It contains illustrations of 168 countries or peoples, each with an accompanying text, as well as an appendix which comprises, in addition to a list of 31 further places without illustrations, woodcuts of one bird and 14 animals, each named but without explanatory texts./pp style='text-align: justify;'The entries are a mixture of real and imaginary countries. Those which can

20 Mar 2019: 钢中的贝氏体. 作者：H. K. D. H. Bhadeshia. 译者：哈尔滨工业大学，甄良. Bainite in Steels, by H. K. D. H. Bhadeshia. Translated by: Zhengliang, Harbin Institute of Technology. 引言. 在典型的钢的时间-温度转变（TTT）图中存在一个较宽的中间温度范围，在这个温度范围内既不形成珠光体也不形成马氏体，而是形成细铁素体条（或板条）与渗碳体颗粒的集合体。这些中间组织通常称为贝氏体。这种组织是Davenport and Edgar Bain在研究奥氏体的等温分解时发现的。在athermal处理过程中，当冷速对珠光体形成来说太快、而对形成马氏体来说又太慢时会发生贝氏体转变。随转变温度的下降，贝氏体的性质发生变化。可以分成两类：上贝氏体和下贝氏体。. 上贝氏体. 下贝氏体. 形状变化. 贝氏体中的碳. 动力学. 转变过程. 粒状贝氏体. 回火. 合金元素. 应用. 主要参考文献. 图库. 本站点评述. 上贝氏体. 上贝氏体的显微组织中有细铁素体片，每一铁素体片厚约0.2 m m、长约10 m

9 Jul 2023: 2021 年 3 月，第三期. Third Issue, March 2021. CHINA REPORT. 中国报告 Originated and Selected by China Advisory Council. 中国顾问理事会撰选. Preface…………………………………………………………………….……………………………………………….…….1 Xiyang Daniel He, Fellow, Cambridge Judge Business School; Secretary-General, China Advisory Council. 前言…………………………………………………………………….……………………………………………….…….3 何玺阳，剑桥大学嘉治商学院 院士，中国顾问理事会秘书长. 中国资本市场三十周年 / 30th Anniversary of China’s Capital Markets. 忆中国证券市场 30 年…………………………………………………………………………………………….….…….6 王波明，《财经》杂志总编辑. The Thirty-Year Evolution of China's Securities Market ………………………….…………………….….10 Wang Boming Editor-in-Chief CAIJING Magazine. 中国证券市场展望 / Outlook for China’s Securities Markets.

17 Jul 2008: 精心精心精心精心设计设计设计设计的宇宙的宇宙的宇宙的宇宙？？？？. 厚德厚德厚德厚德著著著著. 摘要摘要摘要摘要. 宇宙似乎经过精细调控，才能产生生命。本文探讨宇宙调控的证据，并评估反对设计论. 的主要理论，即"多元宇宙"的解释。. 引言引言引言引言 "宇宙好比‘金发歌蒂和三只熊’这个童话故事里的粥 《格林童话》中故事，金发小姑娘歌蒂到三只熊的家里，要喝“既不热也不冷，刚刚好的粥”—译者按 ，似乎‘恰到好处’地适于生命，在许多方面确实耐人寻味。"保罗.戴维斯 Paul Davies 在《歌蒂之谜》(The Goldilocks Enigma) 1一书如是说道。若宇宙是各大一神论宗教所说的神所创造的，就不足为奇：神有很好的理由创造一个在进化过程中产生能与他建立关系的智能生物之宇宙。反对这种设计之说的主要理论是多元宇宙论。后者主张多重宇宙的存在，认为每一个宇宙都有不同的物理参数。本文指出这多元宇宙假设的各种问题，并辩称神的设计是宇宙学资料的更合理解释。2 大爆炸大爆炸大爆炸大爆炸

CURRICULUM VITAE. Name:. BAERT, Patrick, Jacques, Nicole. Nationality:. Belgian. Partner:. Emma Jane Murray. Children:. Sebastian Murray-Baert, born 2007; Audrey Murray-Baert, born 2014. Languages:. English, French, Dutch, German. Current appointment:. Education:. Professor of Social Theory, University of Cambridge. Fellow, Tutor and Director of Studies at Selwyn College, Cambridge. 1987-90. Doctorate at Oxford University (Nuffield College). (received Doctorate in September 1990). (converted to Cambridge PhD 2010). 1978-82. 'Licentiaat' in Social Sciences, Vrije Universiteit Brussel. (magna cum laude, 85%, programme rank: 1st). 1972-78. School matriculation certificate, specialising in: Mathematics. Professional history:. Koninklijk Atheneum Halle. 2013-:. Professor of Social Theory at Cambridge University. (Head of Sociology Department between 2014 and 2017). 2009-13:. Reader in Social Theory at Cambridge University. Director of Studies in Politics, Psychology and Sociology at Selwyn. College, Cambridge. 2002-8:. University Senior Lecturer in Sociology at Cambridge University. Fellow and Director of Studies in Social and Political Sciences at Selwyn College, Cambridge. 2000-2: University Lecturer in Sociology, Cambridge

Search site. The Most Popular Buddhist Book Printed in Ming Beijing circa 1450. Faculty of Asian and Middle Eastern Studies. The Most Popular Buddhist Book Printed in Ming Beijing circa 1450. Venue:. Runcie Room, Faculty of Divinity. Event date:. Tuesday, 7 May, 2024 - 14:00. Event organiser:. lecture given by Prof. Shih-shan Susan Huang 黃士珊, Rice University. Susan Huang_Cambridge talk image.jpeg. The 1450s represent a landmark decade for the history of the book and print culture. In Christian Europe, Johannes Gutenberg’s Bible, the first moveable-type book, is rightfully celebrated, but often mistakenly described as the beginning of printing worldwide. Mistakenly, because in Beijing, at the very same time, an indigenous Chinese Buddhist book, the Dharani Sutra of the Buddha’s Essence (Fodingxin tuoluoni jing佛頂心陀羅尼經), was becoming the most popular illustrated Buddhist book in print; and it was printed, often on-demand, using a woodblock printing technology that had been in use in East Asia already for centuries. The text represents a melding of cultural traditions and beliefs, integrating a long-standing devotion to the compassionate bodhisattva Guanyin 觀音 (Avalokiteśvara), elements of talismanic

17 Jun 2010: 石墨片超快激光器闪耀登场！ http://www.optochina.net/html/news/10230.html. 1 of 2 2010/6/17 10:56. 首页|新闻|产品|访谈|视点|商城|展会|市场分析|技术方案|应用方案|白皮书|欢迎您，光临中国光电网. 当前位置：中国光电网 >> 新闻 >> 浏览文章. 石墨片超快激光器闪耀登场！. www.optochina.net 2010年03月29日 [来源:本站原创]. 本文关键字:超快激光器. 英国剑桥大学及法国CNRS的研究人员已经制造出超快锁模(mode-locked)石墨片(graphene)激光器。由于石墨片为零能隙的半导体，这项研究成果不仅令人意外，而且显示了石墨片在光电器件上大有可为。. 石墨片为蜂巢晶格的碳原子平面，其电子能以极高速运动，行为类似无静止质量的相对论性粒子，亦即所谓的狄拉克粒子(Dirac particle)。自2004年问世以来，石墨片不断以其独特的电子与力学性质惊艳科学界，并在器件应用上展现广泛潜力，因此被看好可能会取代硅成为未来电子器件新材料。最近，剑桥大学的Andrea Ferrari与其同事借助石墨片超快激光器的发明，证明了石墨片也可以应用于光电产品上。.

Search site. Space, Place and Religious Identities in Sichuan: Two Case Studies of the Chunyang Guan 純陽觀 and the Yuwang Gong 禹王宮. Faculty of Asian and Middle Eastern Studies. Space, Place and Religious Identities in Sichuan: Two Case Studies of the Chunyang Guan 純陽觀 and the Yuwang Gong 禹王宮. Venue:. Rooms 8 & 9, Faculty of Asian & Middle Eastern Studies. Event date:. Tuesday, 16 May, 2023 - 14:00. Event organiser:. Launched in September, 2121, the Yin-Cheng Distinguished Lecture Series (印證佛學傑出學術系列講座) is a collaborative, multi-university partnership between Peking University, Columbia University, Princeton University, Harvard University, University of British Columbia, University of Oxford and University of Cambridge. The Lecture Series is established in honour of Venerable Cheng-yen 證嚴, founder of Tzu Chi, and her mentor Yinshun 印順 (1906–2005), with the goal of promoting topics in Buddhist studies. The series is organised at Cambridge by Dr Noga Ganany with the generous support of the Tzu Chi Foundation. This lecture in the series is given by Prof. Elena Valussi, Loyola University. With discussant Dr Noga Ganany, University of Cambridge. In investigating the religious

17 Jul 2008: 精心設計的宇宙精心設計的宇宙精心設計的宇宙精心設計的宇宙？？？？. 厚德厚德厚德厚德著著著著. 摘要摘要摘要摘要. 宇宙似乎經過精細調控，才能產生生命。本文探討宇宙調控的證據，并評估反對設計論. 的主要理論，即「多元宇宙」的解釋。. 引言引言引言引言 「宇宙好比『金发歌蒂和三只熊』這個故事裡的粥 《格林童話》中故事，金髮小姑娘歌蒂到三只熊的家裡，要喝「既不熱也不冷，刚刚好的粥」—譯者按 ，似乎『恰到好處』地適於生命，在許多方面確實耐人尋味。」保羅.戴維斯 Paul Davies 在《歌蒂之謎》(The Goldilocks Enigma)1一書如是說道。若宇宙是各大一神論宗教所說的神所創造的，就不足為奇：神有很好的理由創造一個在進化過程中產生能與祂建立關係的智能生物之宇宙。反對這種設計之說的主要理論是多元宇宙論。後者主張多重宇宙的存在，認為每一個宇宙都有不同的物理參數。本文指出這多元宇宙假設的各種問題，并辯稱神的設計是宇宙學資料的更合理解釋。2 大爆炸大爆炸大爆炸大爆炸

11 Dec 2020: I N S I D E T H I S. I S S U E :. F A C U L T Y O F A S I A N. A N D M I D D L E. E A S T E R N S T U D I E S ,. C A M B R I D G E. Cambridge Chinese Studies. Newsletter D E C E M B E R 2 0 2 0 V O L U M E 2 I S S U E 1. Welcome 1. Seminar Series. Michaelmas 2020. 2. —. 3. Interviews with. Prof. Geoffrey. Sampson,. Prof. Roel. Sterckx, and. Emma Wu. 4. —. 11. Student Updates. 12. CUCF Updates. 13. Staff Updates 14. Graduate. Student Updates. 15. —. 16. Where Are. They Now? 17. Notices and. Advertisements. 19. Life Outside the. Library. 18. has been, for many of us, a tougher term than most. With such limitations on socialising, travelling, and even on accessing archival re-sources, I’m delighted to introduce a new sec-tion to our newsletter: Life Outside the Li-brary, where we feature the hobbies and ven-tures our own staff and students have taken up, re-visited, or managed to continue during the lockdown. There is more to all of us than just being learners or teachers of Chinese language, history, and culture (I hope!) and so this feature will hopefully inspire us all to do more of what we love in these trying times. And finally, our own second year cohort have even shown that a pandemic is no obstacle for starting a new