DOCSLIB.ORG

CHINESE JOURNAL of CATALYSIS Vol

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
CHINESE JOURNAL of CATALYSIS Vol http://www.chxb.cn ISSN 0253-9837 CN 21-1195/O6 催 CODEN THHPD3 化 学 报 CHINESE JOURNAL OF C CHINESE JOURNAL ChineseChinese JournalJournal ofof CatalysisCatalysis 主编 林励吾 2013 Editor-in-Chief LIN Liwu Vol. 34 No. 2 AT ALYSIS February 2013 pages 283 34 No. 2 Vol. N 2 O 2 CO CO2 _ o 80 c _ o 80 c - O2 397 中 国 化 学 会 催 化 学 会 会 刊 Transaction of the Catalysis Society of China 2013年 2013 第34卷 第2期 CHINESE JOURNAL OF CATALYSIS Vol. 34 No. 2 In This Issue 封面: Co3O4 中钴和氧的属性如同一个硬币的正反两面. 通过纳米材料 可控合成实现三价钴的表面富集, 可获取性能优异的 Co3O4 催化剂. 另一方 面, 余运波等报道了合适条件下的预处理有利于 Co3O4 表面氧空穴团的形 成, 实现了 CO 的低温氧化. 见本期第 283–293 页. Cover: The properties of cobalt and oxygen ions in Co3O4 are just the two sides of the same coin. Using controlled synthesis of nano materials, Co3O4 enriched with surface Co3+ cations can be created, giving excellent catalytic performance. On the other hand, Yu and coworkers in their Article on pages 283–293 reported that pretreatment under suitable conditions favored the for- mation of oxygen vacancy clusters on the Co3O4 surface, the presence of which guarantees CO oxidation at low temperatures. About the Journal Chinese Journal of Catalysis is an international journal published monthly by Chinese Chemical Society, Dalian Institute of Chemical Physics, Chinese Academy of Sciences, and Elsevier. The journal publishes original, rigorous, and scholarly contributions in the fields of heterogeneous and homogeneous catalysis in English or in both English and Chinese. The scope of the journal includes: New trends in catalysis for applications in energy production, environmental protection, and production of new materials, petroleum chemicals, and fine chemicals; Scientific foundation for the preparation and activation of catalysts of commercial interest or their representative models; Spectroscopic methods for structural characterization, especially methods for in situ characterization; New theoretical methods of potential practical interest and impact in the science and applications of catalysis and catalytic reaction; Relationship between homogeneous and heterogeneous catalysis; Theoretical studies on the structure and reactivity of catalysts. The journal also accepts contributions dealing with photo-catalysis, bio-catalysis, and surface science and chemical kinetics issues related to catalysis. Types of Contributions Impact Factor Reviews deal with topics of current interest in the areas covered by this journal. Re- 2011 SCI Impact Factor: 1.171 views are surveys, with entire, systematic, and important information, of recent progress 2011 SCI 5-Year Impact Factor: 0.945 in important topics of catalysis. Rather than an assemblage of detailed information or a 2011 ISTIC Impact Factor: 1.288 complete literature survey, a critically selected treatment of the material is desired. Un- Abstracting and Indexing solved problems and possible developments should also be discussed. Authors should have published articles in the field. Reviews should have more than 80 references. Abstract Journals (VINITI) Communications rapidly report studies with significant innovation and major academic Cambridge Scientific Abstracts (CIG) value. They are limited to four Journal pages. After publication, their full-text papers Catalysts & Catalysed Reactions (RSC) can also be submitted to this or other journals. Current Contents/Engineering, Computing Articles are original full-text reports on innovative, systematic and completed research and Technology (Thomson ISI) on catalysis. Chemical Abstract Service/SciFinder Highlight Comments describe and comment on very important new results in the orig- (CAS) inal research of a third person with a view to highlight their significance. The results Chemistry Citation Index should be presented clearly but concisely without the comprehensive details required of (Thomson ISI) an original article. Highlight comment should not be more than 2–3 Journal pages (ap- Japan Information Center of Science and proximately 9000 characters) in length, and should be appropriately organized by the Technology author. Chemical formulae, figures, and schemes should be restricted to important ex- Journal Citation Reports/Science Edition amples. The number of references should be restricted to about 15. (Thomson ISI) Academic Arguments can discuss, express a different opinion or query the idea, con- Science Citation Index Expanded cept, data, data processing method, characterization method, computational method, or (Thomson ISI) the conclusion of published articles. The objective of an academic argument should be SCOPUS (Elsevier) to enliven the academic atmosphere. Web of Science (Thomson ISI) 2013年 2013 第34卷 第2期 CHINESE JOURNA OF CATALYSIS Vo l . 3 4 No. 2 《催化学报》第四届编辑委员会 月刊 SCI 收录 1980 年 3 月创刊 中国化学会催化学会会刊 The Fourth Editorial Board of Chinese Journal of Catalysis 2013年2月20日出版 顾问 (Advisors) 主管 中国科学院 蔡启瑞 (CAI Qirui) 辛 勤 (XIN Qin) Bernard DELMON (比利时) 主办 中国化学会 闵恩泽 (MIN Enze) 胥诲熊 (XU Huixiong) Gerhard ERTL (德国) 中国科学院大连化学物理研究所 彭少逸 (PENG Shaoyi) Jürgen CARO (德国) Masaru ICHIKAWA (日本) 主编 林励吾 宋春山 (SONG Chunshan, 美国) Michel CHE (法国) 编辑 《催化学报》编辑委员会 出版 主编 (Editor-in-Chief) 林励吾 (LIN Liwu) 国内统一连续出版物号 CN 21-1195/O6 副主编 (Associate Editors-in-Chief) 国际标准连续出版物号 ISSN 0253-9837 包信和 寇 元 张 涛 CODEN THHPD3 (BAO Xinhe) (KOU Yuan) (ZHANG Tao) 广告经营许可证号 2011004 高 滋 (GAO Zi) 刘宇新 (LIU Yuxin) 编委 (Members) 总发行 安立敦 (AN Lidun) 李 灿 (LI Can) 吴 凯 (WU Kai) 北京东黄城根北街 号 16 包信和 (BAO Xinhe) 李大东 (LI Dadong) 吴通好 (WU Tonghao) 邮编: 100717 陈 德 (CHEN De, 挪威) 李微雪 (LI Weixue) 夏春谷 (XIA Chungu) 电话: (010) 64017032 陈经广 美国 林励吾 肖丰收 E-mail: [email protected] (CHEN Jingguang, ) (LIN Liwu) (XIAO Fengshou) 国内订购 全国各地邮政局 陈庆龄 (CHEN Qingling) 刘昌俊 (LIU Changjun) 谢在库 (XIE Zaiku) 邮发代号 8-93 陈诵英 (CHEN Songying) 刘宇新 (LIU Yuxin) 熊国兴 (XIONG Guoxing) 国外订购 中国国际图书贸易总公司 陈耀强 (CHEN Yaoqiang) 刘中民 (LIU Zhongmin) 徐柏庆 (XU Boqing) 北京 399 信箱 邮编 100044 陈 懿 (CHEN Yi) 卢冠忠 (LU Guanzhong) 许建和 (XU Jianhe) 国外发行代号 M417 椿范立 日本 罗锡辉 徐 杰 印刷 大连海大印刷有限公司 (Noritatsu TSUBAKI, ) (LUO Xihui) (XU Jie) 定价 39 元 邓友全 (DENG Youquan) 沈俭一 (SHEN Jianyi) 徐龙伢 (XU Longya) 方佑龄 (FANG Youling) 沈师孔 (SHEN Shikong) 严玉山 (YAN Yushan, 美 国 ) 伏义路 沈之荃 杨启华 Publication Monthly (12 issues) (FU Yilu) (SHEN Zhiquan) (YANG Qihua) Started in March 1980 高 滋 (GAO Zi) 申文杰 (SHEN Wenjie) 杨维慎 (YANG Weishen) Transaction of the Catalysis Society of China 关乃佳 (GUAN Naijia) 苏宝连 (SU Baolian, 比利时) 杨向光 (YANG Xiangguang) Superintended by 郭新闻 孙予罕 余 林 Chinese Academy of Sciences (GUO Xinwen) (SUN Yuhan) (YU Lin) Sponsored by 何鸣元 (HE Mingyuan) 万惠霖 (WAN Huilin) 袁友珠 (YUAN Youzhu) Chinese Chemical Society and Dalian 贺鹤勇 (HE Heyong) 王德峥 (WANG Dezheng) 张 涛 (ZHANG Tao) Institute of Chemical Physics of CAS 胡友良 (HU Youliang) 王国祯 (WANG Guozhen) 赵进才 (ZHAO Jincai) Editor-in-Chief LIN Liwu Edited by Editorial Board of 贾继飞 (JIA Jifei, 美 国 ) 王建国 (WANG Jianguo) 郑小明 (ZHENG Xiaoming) Chinese Journal of Catalysis 寇 元 (KOU Yuan) 王祥生 (WANG Xiangsheng) Published by Science Press 编辑部成员 (Editorial Office Staff) 主任 尹红梅 Distributed by Science Press (Managing Editor) (YIN Hongmei) 16 Donghuangchenggen North Street, 资深编辑 (Senior Editor) 刘宇新 (LIU Yuxin) Beijing 100717, China 编辑 (Editor) 初人合 (CHU Renhe) Tel: +86-10-64017032 编辑 (Editor) 张 艳 (ZHANG Yan) E-mail: [email protected] Subscription Agents 编辑部联系方式 (Editorial Office Address) Domestic All Local Post Offices in China Foreign China International Book Trading 地址: 大连市中山路 457 号 Add.: Dalian Institute of Chemical Physics, Chinese Corporation, P.O.Box 399, Beijing 100044, 中国科学院大连化学物理研究所 Academy of Sciences, 457 Zhongshan Road, China 邮编: 116023 Dalian 116023, Liaoning, China Printed by Dalian Haida Printing Company, Limited 电话: (0411)84379240 Tel.: +86-411-84379240 Price $39 传真: (0411)84379600 Fax: +86-411-84379600 电子信箱: [email protected] E-mail: [email protected] 中文主页 http://www.chxb.cn 国际版主页 http://www.elsevier.com/locate/chnjc 公 开 发 行 国际版全文 http://www.sciencedirect.com/science/journal/18722067 (CUIHUA XUEBAO) CHINESE JOURNAL OF CATALYSIS 中国科学院科学出版基金资助出版 月刊 SCI 收录 2013 年 2 月 第 34 卷 第 2 期 目 次 综 述 361 (中) 351 (中) 碱土金属对锆基钙钛矿材料负载钌催化剂氨合成性能的影 生物制造不同立体构型2,3-丁二醇: 合成机理与实现方法 响 沈梦秋, 纪晓俊, 聂志奎, 夏志芳, 杨晗, 黄和 王自庆, 马运翠, 林建新, 王榕, 魏可镁 367 (中) 研究论文 液相沉积法制备可磁分离复合光催化剂纳米球及其催化性 283 (英/中/封面文章) 能 许士洪, 谭东栋, 鲁巍, 时鹏辉, 毕得福, 马春燕, 上官文峰 焙烧与预处理条件对Co3O4催化氧化CO性能的影响 余运波, 赵娇娇, 韩雪, 张燕, 秦秀波, 王宝义 373 (中) 294 (英) Cr掺杂对中孔MgF2酸性及孔结构的影响 ZSM-5沸石结晶度对乙苯叔丁基化对位选择性的影响 牛怀成, 李利春, 李瑛, 郭荔, 唐浩东, 韩文锋, 刘化章 PUSHPARAJ Hemalatha, MANI Ganesh, MUTHIAHPILLAI Palanichamy, VELAYUTHAM Murugesan, PARK Yong-Ki, 379 (中) CHOI Won Choon, JANG Hyun Tae 介孔Ni-β-Mo2C/SBA-16催化剂在CH4/CO2重整制合成气反 应中的催化性能 305 (英) 瑙莫汗, 付晓娟, 雷艳秋, 苏海全 Ni掺杂对纳米结构牡丹花状CeO2材料催化特性的影响 仙存妮, 王少飞, 孙春文, 李泓, 陈晓惠, 陈立泉 385 (中) Pt/BiOCl纳米片的制备、表征及其光催化性能 313 (英/中) 余长林, 陈建钗, 操芳芳, 李鑫, 樊启哲, YU Jimmy C, 催化臭氧氧化降解邻苯二甲酸二甲酯中催化剂构效关系 魏龙福 王建兵, 王灿, 杨春丽, 王国庆, 祝万鹏 391 (中) 322 (英) Ru-Fe/C催化剂上邻氯硝基苯原位液相加氢性能 镍促进CuO-CeO2催化剂的结构表征及低温CO氧化活性 许响生, 陈傲昂, 周莉, 李小青, 顾辉子, 严新焕 陈国星, 李巧灵, 魏育才, 方维平, 杨意泉 相关信息 330 (英) 复合氧化物载体对镍基催化剂上CO甲烷化反应性能的影响 293 2nd International Congress on Catalysis for Biorefineries 张罕, 董云芸, 方维平, 连奕新 (CatBior 2013) 321 第二届国际生物质催化炼制大会(CatBior 2013)第一轮 336 (英) 通知 Au/NTS-1催化丙烯气相直接环氧化 397 作者索引 刘义武, 张小明, 索继栓 ( ) Elsevier ScienceDirect 341 (英/中) 英文全文电子版 国际版 由 出版社在 上出版 http://www.sciencedirect.com/science/journal/18722067 Cu掺杂对介孔VOx-TiO2催化苯羟基化制苯酚的影响 http://www.elsevier.com/locate/chnjc 徐丹, 贾丽华, 郭祥峰 http://www.chxb.cn (CUIHUA XUEBAO) CHINESE JOURNAL OF CATALYSIS Supported by the Science Publication Foundation of the CAS Monthly Vol. 34 No. 2 February 2013 Graphical Contents Review Chin. J. Catal., 2013, 34: 351–360 doi: 10.3724/SP.J.1088.2013.20737 Biotechnological production
Load more

Recommended publications
  • CHINESE JOURNAL of CATALYSIS Vol
    http://www.chxb.cn ISSN 0253-9837 CN 21-1195/O6 催 CODEN THHPD3 化 学 报 CHINESE JOURNAL OF C CHINESE JOURNAL ChineseChinese JournalJournal ofof CatalysisCatalysis 主编 林励吾 2013 Editor-in-Chief LIN Liwu Vol. 34 No. 2 AT ALYSIS February 2013 pages 283 34 No. 2 Vol. N 2 O 2 CO CO2 _ o 80 c _ o 80 c - O2 397 中 国 化 学 会 催 化 学 会 会 刊 Transaction of the Catalysis Society of China 2013年 2013 第34卷 第2期 CHINESE JOURNAL OF CATALYSIS Vol. 34 No. 2 In This Issue 封面: Co3O4 中钴和氧的属性如同一个硬币的正反两面. 通过纳米材料 可控合成实现三价钴的表面富集, 可获取性能优异的 Co3O4 催化剂. 另一方 面, 余运波等报道了合适条件下的预处理有利于 Co3O4 表面氧空穴团的形 成, 实现了 CO 的低温氧化. 见本期第 283–293 页. Cover: The properties of cobalt and oxygen ions in Co3O4 are just the two sides of the same coin. Using controlled synthesis of nano materials, Co3O4 enriched with surface Co3+ cations can be created, giving excellent catalytic performance. On the other hand, Yu and coworkers in their Article on pages 283–293 reported that pretreatment under suitable conditions favored the for- mation of oxygen vacancy clusters on the Co3O4 surface, the presence of which guarantees CO oxidation at low temperatures. About the Journal Chinese Journal of Catalysis is an international journal published monthly by Chinese Chemical Society, Dalian Institute of Chemical Physics, Chinese Academy of Sciences, and Elsevier. The journal publishes original, rigorous, and scholarly contributions in the fields of heterogeneous and homogeneous catalysis in English or in both English and Chinese. The scope of the journal includes: New trends in catalysis for applications in energy production,
    [Show full text]
  • A Bibliography of Chinese-Language Materials on the People's Communes
    THE UNIVERSITY OF MICHIGAN CENTER FOR CHINESE STUDIES MICHIGAN PAPERS IN CHINESE STUDIES NO. 44 A BIBLIOGRAPHY OF CHINESE-LANGUAGE MATERIALS ON THE PEOPLE'S COMMUNES by Wei-yi Ma Ann Arbor Center for Chinese Studies The University of Michigan 1982 Open access edition funded by the National Endowment for the Humanities/ Andrew W. Mellon Foundation Humanities Open Book Program. Copyright © 1982 by Center for Chinese Studies The University of Michigan Library of Congress Cataloging in Publication Data Ma, Wei-yi, 1928- A bibliography of Chinese-language materials on the people's communes. (Michigan papers in Chinese studies; no. 44) Includes index. 1. Communes (China)-Periodicals—Bibliography. I. Title. II. Series. Z3108.A5M3 1982 [DS777.55] 016.3077!74t0951 82-14617 ISBN 0-89264-044-8 Printed in the United States of America ISBN 978-0-89264-044-7 (paper) ISBN 978-0-472-12781-8 (ebook) ISBN 978-0-472-90177-7 (open access) The text of this book is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License: https://creativecommons.org/licenses/by-nc-nd/4.0/ To the memory of Professor Alexander Eckstein CONTENTS Acknowledgments IX Foreword xi Preface xiii User's Guide xix Journal Abbreviations xxi Policies, Nature, and Organization A. Policies 1 B. Nature 6 C. Organization 17 II. The People's Communization Movement A. The Movement's Development 23 B. Rectification Campaigns 34 C. Reactions to Communization 37 D. Model Communes 1. North China 44 2. Northeast China 47 3. Northwest China 47 4. East China 49 5. Central South China 52 6.
    [Show full text]
  • Theory and Technological Innovations
    Chinese Journal of Catalysis 34 (2013) 401–435 available at www.sciencedirect.com journal homepage: www.elsevier.com/locate/chnjc Review (Special Column on Progress in Catalysis in China during 1982‐2012) Progress in catalysis in China during 1982–2012: Theory and technological innovations XIN Qin *, LIN Liwu State Key Laboratory of Catalysis, Dalian Institute of Chemical Physics, Chinese Academy of Sciences, Dalian 116023, Liaoning, China ARTICLE INFO ABSTRACT Article history: The development of catalytic science and technology in China dates from the early 20th century. In Received 30 December 2012 the beginning, the efforts of our predecessors gave an initial period of steady development. Then in Accepted 30 January 2013 the 1960s, there were serious obstacles by human factors during which the development of cataly‐ Published 20 March 2013 sis was stagnant and we lost more than ten years of development opportunity. In the 1980s, cataly‐ sis in China entered a period of rapid expansion. During this period, three main research sectors, Keywords: namely, Chinese Academy of Sciences (CAS), universities, and industries, were rapidly established Catalysis and development recovered. Researchers carried out research using reaction kinetics as the main Progress method and means. In basic research, the discovery of novel catalytic materials, characterization Theory methods, and novel catalytic reactions were the main research directions. The introduction of sur‐ Technology face science and nanoscience has greatly promoted and deepened the basic exploration of catalysis. Catalysis is now changing from an art to a science. In different historical periods, researches in ap‐ plied catalysis were determined by national needs and these have made notable contributions to many fields, such as the optimal utilization of coal, petroleum and natural gas, advanced materials, and protection of environment as well as human health.
    [Show full text]