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4 Jul 2019: JEAN BACON. CAM RIVERS PUBLISHING. 剑桥康河出版社 Cam RiveRs Publishing. CAM RIVERS PUBLISHINGFirst published in Great BritainBy Cam Rivers Publishing 2017. The publishing of this book is supported by Vanishing Worlds Foundation, U.K. Cam Rivers Publishing. Works of Jean BaconAuthor: Jean Bacon. Plan by Cam Rivers PublishingPublisher: Wang Zilan. Honorary Series Editor: Professor Alan Macfarlane FBASeries Editor: Wang Zilan. Editor: Qin Yuchen Art Editor: Ge Dalong. Project Coordinator: Wei Hsin-NingAdministrative Manager: Wei Hsin-Ning. Assistant Marketing Manager: James O’Sullivan. Book Design: MUYE Typeset and Cover Design: MUYE. Translation: Qin Yuchen, Zhao XuhongProofreading: Philippa Hull, Zhang Ting. Creative Marketing: Bluake CommunicationsChinese Marketing Consultant: Shanghai Cambridge Rivers. Communications Chinese Media Consultant: MUYE. Copyright Cam Rivers Publishing Design and Typeset Cam Rivers Publishing, UK. Address: 5 Canterbury Close, Cambridge, CB4 3QQContact: press@cambridgerivers.comWebsite: www.cambridgerivers.com. All right reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, electronic,. mechanical, photocopying,

5 Feb 2019: Dunhuang Seminar Series, 2018 Faculty of Asian and Middle Eastern Studies, University of Cambridge. Programme. Lent Term 2018. 1. Christoph Anderl, “An Analysis of Po Mo Bian 破魔變 ‘Destruction of Māra Transformation Text’ ”; 25 January 2018 2. Imre Hamar, “Bodhisattva on Six Tusked White Elephant: Samantabhadra Texts and Images in Dunhuang”; 1 February 2018 3. Wang Yong, “From Silk to Gold: International Currency in Pre-modern East Asia”; 8 February 2018 4. Tang Li, “Medieval Travelogues on Buddhist, Christian and Muslim Communities along the Silk Road in China”; 1 March 2018 5. Feng Jing, “How Knowledge was Organized and Accepted in Medieval China: Editorial Skills and Reading Strategies Reflected in Dunhuang Encyclopedias”; 8 March 2018 6. Christine Mollier, “Talismans to Pacity the Tomb: Archeological Evidence from Dunhuang”; 15 March 2018. Easter Term 2018. 1. George Keyworth, “Marginalia on Buddhist Manuscripts from Dunhuang and Japan”; 3 May 2018 2. Stefano Zacchetti, “Exegetical Strategies in Early Chinese Buddhist Commentaries (2nd–4th centuries CE)”; 17 May 2018 3. Li Lingling, “Chuxueji 初學記 and Education in the Tang Dynasty”; 24 May 2018 4. Kitsudo Koichi, “Text

5 Feb 2019: Dunhuang Seminar Series, 2018 Faculty of Asian and Middle Eastern Studies, University of Cambridge. Programme. Lent Term 2018. 1. Christoph Anderl, “An Analysis of Po Mo Bian 破魔變 ‘Destruction of Māra Transformation Text’ ”; 25 January 2018 2. Imre Hamar, “Bodhisattva on Six Tusked White Elephant: Samantabhadra Texts and Images in Dunhuang”; 1 February 2018 3. Wang Yong, “From Silk to Gold: International Currency in Pre-modern East Asia”; 8 February 2018 4. Tang Li, “Medieval Travelogues on Buddhist, Christian and Muslim Communities along the Silk Road in China”; 1 March 2018 5. Feng Jing, “How Knowledge was Organized and Accepted in Medieval China: Editorial Skills and Reading Strategies Reflected in Dunhuang Encyclopedias”; 8 March 2018 6. Christine Mollier, “Talismans to Pacity the Tomb: Archeological Evidence from Dunhuang”; 15 March 2018. Easter Term 2018. 1. George Keyworth, “Marginalia on Buddhist Manuscripts from Dunhuang and Japan”; 3 May 2018 2. Stefano Zacchetti, “Exegetical Strategies in Early Chinese Buddhist Commentaries (2nd–4th centuries CE)”; 17 May 2018 3. Li Lingling, “Chuxueji 初學記 and Education in the Tang Dynasty”; 24 May 2018 4. Kitsudo Koichi, “Text

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