求補全！
CIBF2016演講題目及演講人
Title & speaker list of CIBF 2016
會議共同主席：劉興江（中國）、Xiaoqing Yang（USA）、Guohua Li（日本）
Zhengming (John) Zhang（USA）、汪繼強（中國）

1、Advance of EV & EV Battery and Prospective of Development in “Chinese the 13th Five Year Plan” Period （Keynote Speech）
Dr. Ouyang Minggao，Chief specialist，Chinese 863 EV major program of “Chinese the 12th Five Year Plan”
中國電動車與動力電池進展及“十三五”發(fā)展預期
歐陽明高博士、中國“十二五”計劃863電動車重大專項首席專家

2、Next Generation Lithium Ion batteries and Beyond---（Keynote Speech）
Khal. Amine ，Argonne National Laboratory, 9700 South Cass Av., Argonne, IL（美國）
下一代鋰離子電池和超越鋰離子電池的新型電池技術
Khal Amin博士，美國能源部阿貢實驗室資深研究員，IMLB2016主席

3、Forecast to the Future Worldwide Lithium-ion Batteries Market and Related Materials Development
Mark Hsueh-lung Lu, Certified Senior Industrial Analyst / Industrial Economics & Knowledge Center (IEK), Industrial Technology Research Institute (ITRI), Taiwan
全球鋰離子二次電池市場及其相關材料研發(fā)的前景展望（2016-2018年）
呂學隆，資深產(chǎn)業(yè)分析師 , 臺灣工業(yè)技術研究院產(chǎn)業(yè)經(jīng)濟與趨勢研究中心  

4、Prospect of the near future Li-ion Battery technologies for NEVs
Xuejie Huang， Institute of Physics, Chinese Academy of Sciences
未來幾年用于新能源汽車的鋰離子電池發(fā)展預測
黃學杰博士，中國科學院物理研究所

5、Technology Big Bang in Battery: From mobile to Grid ESS
電池技術的新浪潮：從手機應用到電網(wǎng)儲能系統(tǒng)應用
Dr. Yves Saw，LG Chem Inc.（韓國）

6、Tailoring the Surface and Interphase of Electrodes for Long Term Operation of Rechargeable Batteries
Dr. XiaolinLi, Staff Scientist, Pacific Northwest National Laboratory（PNNL），USA
電極表面和電極-電解液界面的調控對二次電池循環(huán)壽命的影響
李曉林，研究員，美國西北太平洋國家實驗室 (美國)

7、From manufacturing reliability to battery safety
Boryann Liaw, USA
由制造工藝的可靠性到電池使用的安全性
廖博彥博士/教授，美國夏威夷大學

8、High voltage cathode materials for Lithium ion batteries
Dr.Margret Wohlfahrt-Mehrens, Germany（德國）
用于鋰離子電池的高電壓正極材料
Margret Wohlfahrt-Mehrens博士，德國太陽能和氫能研究所

9、High Energy Batteries and Materials for Next Generation  EV Applications
Dr.Jin-Ming Chen,
應用于下一代電動車的高能量密度電池及其材料
陳金銘博士，臺灣工研院

10、New layer oxides as positive electrode of Na-Ion batteries
Dr Claude DELMAS，Directeur de Recherche au CNRS，ICMCB-CNRS ,（France）
用作鈉離子電池正極的新型層狀氧化物
Claude DELMAS博士，法國波爾多大學

11、Advance in the Power Battery and its Applications
Mr. Takashi Ito (Manager), Hitachi Chemical Co.,Ltd. Japan
功率型電池及其應用進展（儲能應用）
Mr. Takashi Ito, 經(jīng)理，日本日立公司，日本

12、All-solid-state thin-film battery using amorphous LixMyPOz cathode material
Dr.Guohua Li, Sony Corporation, Japan
采用無定型LixMyPOz正極材料的全固態(tài)薄膜電池
李國華博士，日本索尼公司

13、New Generation of Carbon Nanotube and Graphene Materials for Li-Ion Battery Applications
Dr. Ou Mao，Cnano（Zhenjiang）Technology Limited, Zhengjiang, Jiangsu, China
用于鋰離子電池的新一代碳納米管及石墨烯材料
毛鷗博士，天奈技術公司，中國江蘇

14、 High-Capacity Electrode Materials for over 300 Wh/kg Li-ion Batteries
Dr. Yonggao Xia, Ningbo Institute of Materials Technology & Engineering, Chinese
研究超過300Wh/kg鋰離子電池的高容量電極材料
夏永高博士/教授，中科院寧波材料研究所

15、New carbon materials for advanced batteries
Hanwei Lei, Ph.D，New Business Development Manager，Performance Chemicals, Cabot Corporation
用于先進電池的新型炭材料
雷漢偉博士，美國卡博特公司

16、How BASF Cathode Materials contribute to future eMobility industry, By BASF （德國）
Jay Yang, BASF CCB global VP
巴斯夫的正極材料及其對未來電動車產(chǎn)業(yè)的貢獻
Jay Yang，巴斯夫電池材料業(yè)務部全球副總裁

17、 Development of Novel Electrolytes for Silicon Anodes
Bin Li, Ph.D., Senior Principal Scientist, Wildcat Discovery Technologies
適用于硅負極的新型電解液
李斌博士，資深科學家，Wildcat Discovery Technologies（美國）

18、 Combined neutron and synchrotron X-ray scattering study of novel cathode materials for next generation rechargeable batteries
將中子散射與同步輻射X光散射相結合來研究新一代二次電池的新型正極材料
Jue Liu ，Research Assistant ，Department of Chemistry，Stony Brook University and Chemistry Department ，Brookhaven National Laboratory （美國）

19、Structural characterization studies of advanced electrode and solid electrolyte materials for Li-ion and sodium batteries using synchrotron based x-ray techniques and TEM
應用基于同步輻射的X光技術和透射電鏡研究鈉電池的電極及電解質材料結構
Xiao-Qing Yang, Chemistry Department, Brookhaven National Laboratory, USA

20、Nickel Metal Hydride Batteries for Portable, Stationary and Transportation Application
適用于小型移動、固定以及交通運輸?shù)慕饘贇浠�物鎳電池技術進展
Dr. Kwohsiung Young and Dr. Michael Fetcenko，BASF Battery Materials-Ovonic，USA （美國）

21、Novel safe electrolytes for Li-ion batteries
用于鋰離子電池的新型安全電解質
Chunsheng Wang, Associate Professor，Department of Chemical & Biomolecular Engineering，University of Maryland，USA

22、Pumping up the voltage: The way to go for long range affordable EV’s
提高工作電壓：擴展經(jīng)濟適用型電動車續(xù)航里程的途徑
Dr. Wendy Zhou, Senior Technology and Commercial Manager, Umicore Rechargeable Battery Material

23、Development of Innovative Wet Separator for LIB
用于鋰離子電池的新型濕法隔膜技術的新發(fā)展
Dr. Kohtaro Kimishima, Product Design Director, Technology, Toray Battery Separator Film Co., Ltd., Japan（日本）

24、 Developing high performance battery systems for xEVs
用于各種電動車的高性能電池的研發(fā)
Dr. Bao Jianli, Design Team Lead, Johnson Matthey Battery Systems, British（英國）
鮑健莉博士，Johnson Matthey Battery Systems（英國）

25、 Developing tailor made solutions for next generation Li-Ion Batteries
Tony Chen, General Manager, JM Battery Materials China（中國）
為下一代鋰離子電池開發(fā)量身定制的解決方案

26、Rechargeable Lithium Sulfur Batteries–the Mechanism of Sulfur Redox Reaction
Deyang Qu，Johnson Controls Endowed Professor，Department of Mechanical Engineering, University of Wisconsin Milwaukee, USA
二次鋰硫電池---硫的氧化還原機理
屈德陽博士，威斯康辛大學（美國）

27、Sodium ion battery from lab research to industry
Dr. Shulei Chou, Senior Research Fellow Institute for Superconducting and Electronic Materials, AIIM, Innovation campus University of Wollongong, Australia（澳大利亞）
從實驗室走向工業(yè)應用的鈉電池技術

28、Advance of Zn- air rechargeable battery
Prof. Zempachi Ogumi，Office of Society-Academia Collaboration for Innovation (SACI) Kyoto University，Japan（日本）
鋅空二次電池的新發(fā)展

29、EV with Advanced Battery System developed & commercialized by Beijing Electric Vehicle Co Ltd.
Chen Ping，Chief Enginner， Beijing Electric Vehicle Co., Ltd.
北汽新能源電動車的電池系統(tǒng)開發(fā)及產(chǎn)業(yè)化推進
陳平，北汽新能源汽車股份有限公司

30、Development direction of lithium-ion battery for automotive applications
汽車動力鋰離子電池的研發(fā)方向
Dr. Zin Park，Samsung SDI，Korea（韓國）

31、Saft latest generation of long life industrial Li-ion Batteries
SAFT 公司最新一代的長壽命工業(yè)用鋰離子電池
Dr Philippe Biensan, Li-ion Cell Development Manager – Europe Bordeaux, France（法國）

32、Lithium-ion battery structure that self-heats at low temperatures
在低溫時自加熱的鋰離子電池結構
Chao-Yang Wang, Department of Mechanical and Nuclear Engineering and Electrochemical Engine Center (ECEC), The Pennsylvania State University, USA （美國）

33、Electrification options to meet future fuel efficiency regulations
為達到未來燃油效率標準的電動助力選項
Alfred Shi, Technical Sales Lead, China – Advanced Battery, Johnson Controls, Inc.

34、Update the BYD EDV program
比亞迪電動車與動力電池發(fā)展現(xiàn)狀
Shen Xi, Head of EDV battery div, Sr. Director, BYD.

35、Stabilization of the layered transition-metal oxides LiMO2 by introducing Li2MnO3
Yongyao Xia, Department of Chemistry Institute of New Energy, iChEM, Fudan University, China
通過導入Li2MnO3來穩(wěn)定富鋰錳層狀正極材料的結構
夏永姚博士，上海復旦大學，中國

36、Advance of Energy Storage Technology and Key Research Direction
Lai Xiaokang, Electrical Engineering Institute, China
儲能技術的進展及攻關方向
來小康所長，中國電力研究院北京電工研究所，中國

37、Research Development and Application Evaluation of Flow battery for BESS
用于儲能系統(tǒng)的液流電池的研發(fā)與應用評估
Huamin Zhang，Division of energy storage, Dalian Institute of Chemical Physics, Chinese Academy of Science, China

38、A Study on Lithium Battery Using Solid Electrolyte
Xingjiang LIU，NKLPS，Tianjin Institute of Power Sources/Tianjin University
采用固體電解質的鋰電池研究
劉興江，化學與物理電源重點實驗室、天津電源所/天津大學

39、Challenges and Progresses of Solid-State Li Metal Batteries
全固態(tài)鋰電池的挑戰(zhàn)與發(fā)展
Chengdu Liang，Ningde ContemporaryAmperex Technology Limited, Fujian, China

40、 High Energy Density Technology Development For EV Battery     
Dr. Zhang Na，TianjinLishen Battery Co. Ltd.
電動車輛用高能量密度電池技術進展
張娜博士，天津力神電池有限公司

41、Pitch-derived amorphous carbon as high performance anode for sodium-ion batteries
由焦油制備的無定形炭作為鈉離子電池的高性能負極材料
Yong-Sheng Hu, Hong Li, Key Laboratory for Renewable Energy, Beijing Key Laboratory for New Energy Materials and Devices, Beijing National Laboratory for Condensed Matter Physics, Institute of Physics, China
胡勇勝博士，中科院物理所

42、Recent progresses on solid polymer electrolytes based on lithium perfluorinated sulfonimide
Dr. Zhibin Zhou，Key laboratory of Material Chemistry for Energy Conversion and Storage (Ministry of Education), School of Chemistry and Chemical Engineering, Huazhong University of Science and Technology, China
新型氟磺酰亞胺鋰鹽固態(tài)聚合物電解質的研究進展
周志彬博士, 教育部能量儲存與轉換重點實驗室，化學與化工學院，華中理工大學

43、Safety &Cost-Optimized Development of Battery Packs，Using the Example of Tesla Model S and Renault ZOE
以安全和經(jīng)濟適用為目標的電池組優(yōu)化研發(fā)：以特斯拉的 S 型及雷諾的 ZOE 型為例
Dr. Uwe WIEDEMANN, Senior Product Manager, Global Battery Competence Team, AVL LIST GMBH, Austria

44、The Power Battery Technology R&D and application of the Electric Bus
Yin Lichao, New Energy Technology Department, YUTONG
電動客車用動力電池技術研發(fā)及應用情況
尹利超新能源技術部, 宇通客車

45、Porous Electrode, Abuse Tests and Lithium Deposition
多孔電極、濫用測試和金屬鋰析出
Zhengming (John) Zhang，Celgard，USA

46、Development of High Area Loading and Stable Sulfur Electrode Through Interface Functionality Design for Lithium Sulfur Battery
通過功能性界面設計而研發(fā)出的用于鋰硫電池的大面積穩(wěn)定硫電極
Gao Liu，Energy Storage and Distributed Resource Division, Energy Technologies Area, Lawrence Berkeley National Laboratory, Berkeley, USA

47、Fail-Safe Measures for High Energy Li - Ion Battery EV`s
Dr. Huanyu Mao，Suzhou YouLion Batteries Inc.，China
EV 動力電池的“失效-安全”機制
毛煥宇博士、蘇州宇量電池有限公司

48、Update of Graphene application in motive power battery
石墨烯在車用動力電池中應用的現(xiàn)狀
Prof. Gui-Ping Dai，Chief Scientist，Chaowei Group

49、Early structure change diagnostic of battery materials for design optimization
用于電池材料設計優(yōu)化的材料結構變化的早期診斷
Jigang zhou，Industrial staff scientist，Canadian Light Source Inc. (CLS) Canada National synchrotron facility, Canada

50、Optimizing materials of sealing adhesive & binder for EV battery module & pack
適用于動力電池系統(tǒng)組裝材料的優(yōu)選方案
張勇，漢高公司高級技術經(jīng)理

網(wǎng)速太慢，上傳得真痛苦……論壇內(nèi)的強人，也匯總很多，鏈接如下：
http://www.gaoyang168.com/bbs/viewthread.php?tid=10390621&target=self&page=1

[ Last edited by LEONLAIts on 2016-11-23 at 13:38 ]

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