International Conference on Frontier Materials 2023

ICFM2023 Symposia & Forums Details

N/O	Symposium Name	Symposium Chairs	Contact	Main Topics
A-01	可持续发展能源材料 Energy Materials for Sustainable Development	Zhengxiao Guo University of Hong Kong Renjie Chen Beijing Institute of Technology Ying Wu North China Electric Power University Lototskyy MYKHAYLO University of the Western Cape, HySA Systems, South Africa Xuejie Huang Institute of Physics, Chinese Academy of Sciences & Songshan Lake Laboratory for Materials Zhigang Qi Innoreagen Power Technology CO., LTD. Jian Li Huazhong University of Science and Technology	Bogu Liu liubogu@ncepu.edu.cn	Energy conversion and storage materials, secondary battery (Ni-MH battery, lithium-ion battery, sodium/magnesium ion battery, lithium-sulfur battery, lithium-air battery, etc.), fuel cell (PEM, SOFC, etc.), hydrogen energy materials (hydrogen production, hydrogen storage, hydrogen transport and hydrogen use), energy storage materials, supercapacitors.
A-02	先进热电材料和器件 Advanced Thermoelectric Materials and Devices	Yuan Deng Beihang University Lidong Zhao Beihang University Jun Luo Shanghai University Huaizhou Zhao Institute of Physics, CAS Ran Ang Sichuan University Zhigang Chen Queensland University of Technology Qingyu Yan Nanyang Technological University	Feng Pan fengpan@buaa.edu.cn	Thermoelectric Materials: synthesis, characterization, transport properties Thermoelectric devices: interfaces, systems, applications Thermoelectric theory: physics, calculations and simulations
A-03	纳米能源材料 Nano Energy Materials	Zhonglin Wang Beijing Institute of Nanoenergy and Nanosystems, Chinese Academy of Science Jeong Ho Cho Yonsei university Sang-Woo Kim Yonsei University Rusen Yang Xidian University Wenzhuo Wu Purdue University Yunlong Zi Hong Kong University of Science and Technology (Guangzhou) Junyi Zhai Beijing Institute of Nanoenergy and Nanosystems, Chinese Academy of Science Qijun Sun Beijing Institute of Nanoenergy and Nanosystems, Chinese Academy of Science	Weiguo Hu huweiguo@binn.cas.cn Qijun Sun sunqijun@binn.cas.cn	Researches on theory, materials, devices and applications of nanogenerators, piezoelectronics, energy storage, solar cell, etc.
A-04	生态环境材料 Advances in Eco-materials	Claudia L Bianchi University of Milan, Italy Wenbin Cao University of Science and Technology Beijing, China Soo Whon Lee Sun Moon University, Korea ShuZhou Li Nanyang Technological University, Singapore Santi Maensiri Suranaree University of Technology, Thailand Sanjay Mathur Cologne University, Germany Federico Rosei INRS–EMT, Univ. du Québec, Varennes, Canada Anliang Wang Shandong University, China Shu YIN Tohoku University, Japan Xiao Zhi China National Building Materials Group Corporation	Qipeng Lu qipeng@ustb.edu.cn Qi Wang Wangqi15@ustb.edu.cn	清洁能源的储存与转化 Clean Energy Conversion and Storage 催化材料、光催化与吸附材料、光波屏蔽材料、颜料、传感 Catalysts, Photocatalysts and Adsorbents, Light Shielding Materials, Pigments and Sensors 碳捕获和封存 Carbon Capture and Storage 功能涂层、自愈合材料、多孔材料、免维护材料 Functional Coatings, Self-healing Materials, Porous Materials and Maintenance-free Materials 环境净化材料与环保材料 Environmental Purification and Protection Materials 材料的长效服役、可靠性、耐热性、导电性、耐磨性 Durability, Reliability, Heat Resistance, Conductivity and Wear Resistance of Materials 绿色建材与固废循环利用 Green Bui lding Materials & Solid Waste Recycling and Recovery 绿色制造与加工 Green Manufacturing and Processing
A-05	先进热能材料 Materials research in thermal energy, processes and management	Wenpei Gao Shanghai Jiao Tong University Zhenpeng Yao Shanghai Jiao Tong University Hui Wang Central South University Fanxing Li North Carolina State University Chengwei Wang University of Science and Technology of China	Wenpei Gao 13501602593 gaowenpei@sjtu.edu.cn	Materials synthesis, measurement, characterization and computation in thermal energy storage, thermal management in electronics, thermal transport, thermal catalysis, and other related topics.
B-01	量子材料 Quantum Materials	Wei Ren Shanghai University Guixin Cao Shanghai University ChunNing Jeanie Lau The Ohio State University Jeil Jung The University of Seoul Lee Burton Tel Aviv University Zhenhua Qiao University of Science and Technology of China Junming Liu Nanjing University	Heng Gao gaoheng@shu.edu.cn	Topological materials Two-dimensional materials Correlated electronic materials Spintronic materials Multiferroics
B-02	铁电/压电材料及其应用 Ferroelectric/Piezoelectric Materials and Their Emerging Applications	Jingfeng Li Tsinghua University Shujun Zhang University of Wollongong Wook Jo Ulsan National Institute of Science and Technology Satoshi Wada University of Yamanashi Barbara Malic Jožef Stefan Institute Jianguo Zhu Sichuan University Zhuo Xu Xi’an Jiaotong University Yichun Zhou Xidian University	Lisha Liu lishaliu@njust.edu.cn Min Liao mliao@xidian.edu.cn	Piezoelectric materials and their properties: ceramics, films, and single crystals Applications of piezoelectric materials: actuators, sensors, and tranducers
B-03	柔性电子材料与器件 Soft Electronic Materials and Devices	Zijian Zheng Hong Kong Polytechnic University Wenlong Cheng Monash University Guozhen Shen Beijing Institute of Technology Xue Feng Tsinghua University	Qilin Hua 18511598982 huaqilin@bit.edu.cn	Flexible electronics Wearable electronics Stretchable electronics; Soft matters Flexible energy harvesting, conversion, and storage materials and devices
B-04	光电材料 Novel Optoelectronic Materials and Devices	Zhiyong Fan Hong Kong University of Science and Technology Guozhen Shen Beijing Institute of Technology Johnny C. Ho City University of Hong Kong Hyunhyub KoUlsan National Institute of Science and Technology, Korea Yu-Lun Chueh National Tsing Hua University Leilei Gu Shanghai Jiao Tong University Daquan Zhang Hong Kong University of Science and Technology	Daquan Zhang dzhangai@connect.ust.hk	Including but not limited to traditional semiconductors, metal halide perovskites, 2D materials, and organic semiconductors-based Photodetectors, image sensors, infrared/UV detectors, high-energy radiation detection etc Light-emitting didoes, lasers, etc Photovoltaic devices, photo-electrochemical water splitting, etc Flexible optoelectronic devices Optoelectronic nanomaterials growth and their novel properties Optoelectronic device physics, such as carrier dynamics, etc Fabrication techniques for high-performance optoelectronic devices
B-05	手性微纳材料 Chiral Micro & Nano Materials	Zhifeng Huang The Chinese University of Hong Kong Dangyuan Lei City University of Hong Kong Zhiyong Tang National Center for Nanoscience and Technology Qiangbin Wang SINANO, CAS Hua Kuang Jiangnan University Benzhong Tang The Chinese University of Hong Kong, Shenzhen； Minghua Liu Institute of Chemistry, CAS	Junjun Liu liujunjun@szpt.edu.cn	有机、无机金属、无机非金属等手性微、纳材料： Organic/inorganic Chiral Micro & Nano Materials: 新型手性微、纳结构与材料的制备 Advanced fabrication of chiral micro & nano structures and materials 手性相关的材料性能表征 Characterization of various chirality-related properties 在化学、光学、光电学、生物医学等领域的应用 Promising applications in diverse fields of, e.g., chemistry, optics, optoelectronics, biomedical science, and so on.
B-06	信息存储材料 Information Storage Materials	Zhitang Song Shanghai Institute of Microsystem and Information Technology, CAS Weisheng Zhao Beihang University Wenjie Yu Shanghai Institute of Microsystem and Information Technology, CAS Lin Chen Fudan University Jingsheng Chen National University of Singapore	Yiying Wang yywang@mail.sim.ac.cn	Research on materials applied to emerging information storage technologies, such as PCM and FeRAM, including material innovation, microstructure and property analysis, storage performance and mechanism, preparation process, design optimization and application; related to the technology development trend of memory industry:
C-01	生物医用材料 Biomedical Materials	Chengtie Wu Shanghai Institute of Ceramics, Chinese Academy of Sciences, China Akon Higuchi National Central University, Taiwan, China Kelvin Yeung The University of Hongkong, China Michael Gelinsky Technical University Dresden, Germany Martina Stenzel University of New South Wales, Australia Hongxu Lu Shanghai Institute of Ceramics, Chinese Academy of Science, China	Hongshi Ma mahongshi@mail.sic.ac.cn	Bioactive materials for regenerative medicine Tissue Engineering 3D Bioprinting Nanomedicine
C-02	仿生材料 Bio-inspired Materials	Shutao Wang Technical Institute of Physics and Chemistry, CAS Hao Bai Zhejiang University Yuchen Wu Technical Institute of Physics and Chemistry, CAS Ximin He University of California, Los Angeles	Yongyang Song yysong@mail.ipc.ac.cn Xiangyu Jiang jiangxy@buaa.edu.cn	Bioinspired structure and materials Interfacial materials and chemistry Theranostics and drug delivery system Functional materials and devices
C-03	健康与抗菌材料 Health and Antibiosis Materials	Jian Ji Department of Polymer Science and Engineering, Zhejiang University Fujian Xu Beijing University of Chemical Technology Bizhong Li Institute of Chemistry, Chinese Academy of Sciences (Sublime Nanotechnology Kun Lian University of the South dan Wang Beijing University of Chemical Technology Peng Li Xi 'an Biomedical Materials Engineering Technology Center, Northwestern Polytechnical University Liqiao Wei Taiyuan University of Technology	Baolong Niu niubaolong521@126.com	New materials for epidemic prevention Medical antibacterial/antiviral materials Conventional antibacterial/antiviral materials Interface problems of antibacterial materials
C-04	海洋生物材料 Marine Bio-materials	Yanzhi Xia State Key Laboratory of Bio-Fibers and Eco-Textiles Yu Chen Beijing Institute of Technology Chaoxu Li Qingdao Institute of Bioenergy and Bioprocess Technology, CAS	Yufeng Quan quanfengyu@qdu.edu.cn	Marine polysaccharide, polymer fibers, biobased energy, environmental and smart materials, and the related processes.
D-01	先进高温结构材料 Advanced High Temperature Structural Materials	Lin Liu Northwestern Polytechnical University Gu Yuefeng Zhejiang University Dong Hongbiao University of Leicester, UK Ji Zhang China Iron and Steel Research Institute Group Yong Yuan Xi'an Thermal Power Research Institute Co. Ltd. Shusuo Li Beihang University Guoqing Zhang Beijing Institute of Aeronautical Materials Shusuo Li Beihang University	Xinbao Zhao superalloys@zju.edu.cn Yongwang Kang ywkang@126.com Manping Liu manpingliu@ujs.edu.cn 15262987925	The symposium will focus on advanced high-temperature structural materials. Topics will include, but not limited to: alloy design and practices; synthesis, solidification, hot-working and additive processing; testing and mechanical properties environmental properties and coatings; characterization and mechanism analysis; modeling and simulation; life prediction methodologies.
D-02	先进结构材料与材料的力学性能 Advanced Structural Materials and Mechanical Properties of Materials	Jian Lu City University of Hong Kong Xiaoxu Huang Chongqing University Mingxin Huang University of Hong Kong Yong Liu Nanchang University Ge Wu Xi'an Jiaotong University Zhe Chen Shanghai Jiaotong University	Xintong Wu wuxintong@ncu.edu.cn	Subjects on high performance steel, aluminum, magnesium, titanium alloys, metal matrix composites, nano, heterogeneous and gradient structural materials, etc: Microstructure evolution and property regulation Multi-scale analysis and characterization technology of materials Inhomogeneous deformation and control of materials Mechanistic study of energy storage materials and devices 3D manufacturing & technology Advanced structural material manufacturing equipment, process and system
D-03	高熵合金 High Entropy Alloy Metallic Glasses	Kefu Yao Tsinghua University Junwei Qiao Taiyuan University of Technology Yong Zhang University of Science and Technology Beijing Yang Yong City University of Hong Kong Eun Soo Park Seoul National University, Korea	Yang Shao shaoyang@tsinghua.edu.cn	Alloys design, deformation mechanism, phase stability of high-entropy alloys and amorphous alloys; Mechanical, physical and chemical properties and related topics of high-entropy alloys and metallic glasses.
D-04	先进轻金属材料 Advanced Light Alloy	Bin Jiang Chongqing University Mingxing Zhang The University of Queensland Shouxun Ji Brunel University, London Liming Peng Shanghai Jiaotong University Zhihua Dong Chongqing University Jiangfeng Song Chongqing University Hongbin Zhao China Grinm Group Corporation Limited Qinghe Yu GRIMAT ENGINEERING INSTITUTE CO,.LTD. Shoujie Yang Beijing Institute of Aeronautical Materials Xu Huang Beijing Institute of Aeronautical Materials Xianghong Liu Northwest Institute For Non-ferrous Metal Research Shewei Xin Northwest Institute For Non-ferrous Metal Research Manping Liu Jiangsu University	Jiangfeng Song jiangfeng.song@cqu.edu.cn Zeng Ying clzy@swjtu.edu.cn 18048580882	Mg and its alloys, advanced processing technologies Al alloys and their advanced processing technologies Ti and its alloys, advanced processing technologies Light metal and alloys’ functional materials
D-05	先进结构陶瓷与陶瓷基复合材料Advanced Structural Ceramics and Ceramic Matrix Composites	Jinshan Yang Shanghai Institute of Ceramics, CAS Qiangang Fu Northwestern Polytechnical University Wan Jiang Donghua University Yanhui Chu South China University of Technology Sanjay Mathur Universität zu Köln Ji Zou Wuhan University of Technology Wei Luo Donghua University Yuchi Fan Donghua University Zhengyi Fu Wuhan University of Technology Laura Silvestron Institute of science and technology for ceramics (ISSMC), Italy	Wei Luo wluo@dhu.edu.cn 18001909233	Ceramic matrix composites: interfaces and synthesis Ceramic matrix composites: modeling and simulations Ceramic matrix composites: properties and applications Ceramic Nanocomposites, Ceramics for Extreme Environments, Advances in Sintering Techniques, High-entropy Ceramics, Ceramic Fibers, Transparent Ceramics and Luminescent Materials, Ceramic Coatings, Superhard Materials, Ceramic Genome, Polymer Derived Ceramics, Bioceramics
E-01	超材料和多功能材料 Multifunctional Materials and Metamaterials	Ji Zhou Tsinghua University Huaxin Peng Zhejiang University Runhua Fan Shandong University Zhicheng Shi Ocean University of China PeiTao Xie Qingdao University Yuan Yuan Shanghai Maritime University Zhongyang Wang Shanghai Jiao Tong University Hiroshi Furuta Kochi University of Technology	Kai Sun metasoc@163.com	超材料：电磁/光学/力学/声学/热学/生物构型超材料、光子晶体、等离基元、超表面、人工构型材料、超材料测试与微纳制造技术等； Metamaterials: electromagnetic/optical/mechanical/acoustic/thermal/biological configuration metamaterials, photonic crystals, plasmonic motifs, metasurfaces, artificial configuration materials, metamaterial testing and micro-nano manufacturing technology, etc.; 电磁屏蔽/吸收/透波材料：射频段、微波段、太赫兹、光波段等； Electromagnetic shielding/absorption/transmission materials: radio frequency band, microwave band, terahertz, optical band, etc.; 其他功能材料：介电、磁性、光学、热学、声学等。 Other functional materials: dielectric, magnetic, optical, thermal, acoustic, etc.
E-02	超导材料 Superconducting Materials	Zhixiang Shi Southeast University Gang Mu SIMIT, CAS Xiaoming Xie SIMIT, CAS Junyi Ge Shanghai University Chuanbing Cai Shanghai University Tsuyoshi Tamegai University of Tokyo	Fei Chen Chf001@shu.edu.cn	New superconductors Applied superconducting materials Vortex matter and flux pinning in superconductors Vortex dynamics in bulk/nano/heterostructures/hybrids Performance test and evaluation of superconducting materials
E-03	磁性材料 Magnetic Materials	Shouguo Wang Anhui University Yong Jiang Tiangong University? Chengbao Jiang Beihang University Runwei Li Ningbo Institute of Materials Technology and Engineering, CAS Tom Wu The Hongkong Polytechnic University Rongming Wang University of Science and Technology Beijing	Guoqiang Yu guoqiangyu@iphy.ac.cn	Magnetic functional materials have always been at the forefront of materials science research due to their unique physical/chemical properties and broad application prospects. Current domestic and foreign researches mainly focus on metal permanent magnetic materials, magnetic refrigerant materials, metal soft magnetic materials, ferrite materials, magnetic phase transition materials, magnetostrictive materials, magnetic nanomaterials, magneto-optical materials, spintronic materials, multiferroic materials, two-dimensional magnetic materials, topological magnetic materials, magnetic quantum materials, and other advanced magnetic functional materials. The goal is to realize advanced magnetic functional materials with unique magnetic, optical, electrical, and thermal effects through new material development, micro-nano structure adjustment, composite material design, interface adjustment, and other methods, and to promote the research and application of advanced magnetic functional materials. This session aims to combine the hotspots and difficult issues in this research field, conduct extensive academic discussions on the current research status and development trends of advanced magnetic functional materials, exchange the latest scientific research progress, and jointly promote the development of related research in the field of advanced magnetic functional materials.
F-01	微纳米材料与器件 Micro-nano Materials and Devices	Jun He Wuhan University Xiangfeng Duan University of California at Los Angeles Lei Liao Hunan University Yu Ye Peking University	Xuming Zou zouxuming@hnu.edu.cn	Subjects on applications of micro and nano materials and devices in next generation information technology, etc: Fabrication and application of semiconductor micro-nano devices Growth and characterization of semiconductor micro-nano materials Semiconductor micro-nano processing technology Surface/interface physics of micro/nano devices
F-02	纳米薄膜与微纳器件 From Thin Film to Nanomembranes: Materials, Devices and Systems	Yongfeng Mei Fudan University, China John Rogers Northwestern University, USA Oliver Schmidt Chemnitz University of Technology, Germany Jeehwan Kim Massachusetts Institute of Technology, USA Gregory Parsons North Carolina State University, USA Xiuling Li University of Texas at Austin, USA	Jizhai Cui jzcui@fudan.edu.cn Gaoshan Huang gshuang@fudan.edu.cn Enming Song sem@fudan.edu.cn Wen Huang huangw@hfut.edu.cn Qinglei Guo qlguo@sdu.edu.cn Honglou Zhen zhenhl@mail.sitp.ac.cn	Nanomembrane materials and growth Thin film technology and novel process Atomic Layer Deposition and Atomic Layer Etching Nanomembrane assembly and self-assembly On-chip optoelectronic devices and optical microcavity Inorganic flexible electronics and biomedical engineering Nanomembrane actuators and micro/nanorobots
G-01	材料的先进制备技术 Advanced Manufacturing Technology for Materials	Stephen Liu Colorado School of Mines, USA Myung-Hyun Kim Pusan National University, Korea Simon Jahn ifw Jena - Germany Xu Lei The Welding Institute (TWI), UK Erika Hodulova Slovak Academy of Science, Slovakia Lina Yu Osaka University, Japan Martin Peterlechner University of Muenster, Germany Peng Peng University of Waterloo, Canada Zhuguo Li Shanghai Jiaotong University, China Dou Zhang Central South University, China Jian Cao Harbin Institute of Technology, China Hong Li Beijing University of Technology, China Fei Chen Wuhan University of Technology, China Chuanbao Jia Shandong University, China Wei Liu Beijing Institute of Aeronautical Materials, China Binbin Liu University of Science and Technology Beijing, China Neng Li Beijing Institute of Aeronautical Materials, China Qiuying Yu Beijing Institute of Aeronautical Materials, China	Huaping Xiong xionghuaping69@sina.cn	Welding and Joining; Casting; Forging (Plastic Forming); Powder Metallurgy; Surface Modification and Coating; High Energy Beam Processing; Related Computer Simulation, and etc.
G-02	先进材料计算模拟与设计 Advanced Materials by Computational Design and Simulation	Miao Zhou Beihang University Kesong Yang University of California, San Diego Junyi Zhu Chinese University of Hong Kong Yuanping Feng National University of Singapore Jijun Zhao Dalian University of Technology Guanghong Lu Beihang University	Chenqiang Hua huachenqiang@zfau.cn	New materials by computational design, Electronic/magnetic/quantum materials, etc. Multiscale simulations of structural/functional materials Methodology development and refinement Materials high-throughput computation, Materials database, Materials informatics
G-03	材料的增材制造 Additive Manufacturing of Advanced Materials	Huiping Tang Zhejiang University City College, China Qian Ma Royal Melbourne Institute of Technology, Australia Chiba Akihiko Tohoku University, Japan Xin Lin Northwestern Polytechnical University, China Yunjie Bi Jihua Laboratory Bin Liu Central South University Gang Chen University of Science and Technology Beijing Huakang Bian Shanghai University	Shenghang Xu 13575790031 xush@zucc.edu.cn	Simulation and Design for Additive manufacturing Preparation and Modification of Raw Materials Additive manufacturing Process and Properties Post-Treatment and Application
G-04	智能计算材料 Intelligent Computing for Materials	Jincang Zhang Zhejiang Lab/Shanghai University Jie Wang Zhejiang University /Zhejiang Lab Xingjun Liu Harbin Institute of Technology (Shenzhen) Sheng Sun Shanghai University/ Zhejiang Lab Luca Ghiringhelli Fritz Haber Institute Runhai OUYANG Shanghai University	Yunhong Zhao zhaoyunhonghope@163.com	Artificial intelligence approaches for computational materials science Domain knowledge-guided and data-driven approaches for materials design Other topics related to the intelligent computing and materials
G-05	材料先进表征技术 Advanced Characterization Technology for Materials	Dongbai Sun Sun Yat-sen University Weidong Zhang University of Science and Technology Beijing Yandong Wang University of Science and Technology Beijing Yunhai Jia NCS China Xiaodong Han Beijing University of Technology Xiuling Li University of Texas at Austin	Liwu Jiang lwjiang@ustb.edu.cn	材料结构与微结构先进表征技术和方法，及其在先进材料/关键部件多尺度实验与服役性能评价中的应用大科学装置建设、新表征技术及原位设备研制的进展 Progress on the development of large scientific facilities, advanced characterization techniques/instruments and in-situ devices 各种衍射、散射及成像技术在结构与功能材料研究中的应用 Application of diffraction, scattering and imaging techniques in the study of structural and functional materials 材料成分、组织、性能的高通量表征新方法和新技术 Advanced methods and techniques for high-throughput characterization of material composition, microstructures, and properties 工程材料/部件服役性能的多尺度评价方法和技术 Multi-scale methods and techniques for evaluating the usage performance of engineering materials and components 材料其他先进表征技术 Other advanced characterization techniques for materials
G-06	材料的原位表征与设计 In situ Characterization and Design for Advanced Materials	Yong Wang Zhejiang University Guangwen Zhou State University of New York Jakob B. Wagner Technical University of Denmark Yi Gao Shanghai Advanced Research Institute, CAS Chenghua Sun Swinburne University of Technology Wei Liu Dalian Institute of Chemical Physics, CAS	Wentao Yuan wentao_yuan@zju.edu.cn	In situ Characterization and Design of Functional Nanomaterials
H-01	材料青年学者及研究生论坛 Forum for Young Scholars and Graduate Students	Congyi Hao Ocean University of China Yanpeng Wang Ocean University of China Wenjie Fan Ocean University of China Xiaochun Wu Ocean University of China Chen Yu Ocean University of China Xinglinmao Li Ocean University of China	Gongjin Yang 1091643254@qq.com	Advanced structural materials (先进结构材料) Advanced functional materials (先进功能材料) Energy and environment materials (能源和环境材料) Advanced structural materials (低维材料) Corrosion and corrosion protection of materials (材料的腐蚀与防腐)
H-02	前沿材料产业合作与科技成果转化论坛 Forum on Industrial Cooperation and Transformation of Scientific and Technological Achievements of Frontier Materials	Jinsheng Zhang TUS Northeast Asia Gro Yongrui Wang TUS Northeast Asia Group	Mei Zhao 15910763649 zhaomei@tusstar.com	Industrial Development Strategy of Frontier Materials How to Advance Industrial Fusion of Supply Chains and Innovations Chains of Frontier Materials? Industrial Investment Layout and Thoughts on Frontier Materials? Accelerate Transformation of Sci-tech Achievements and Advance New Applications of Advanced Materials Practices and Thoughts on Sci-tech Achievements Transformation by Universities Experiences and Case Sharing by Chinese Academy of Sciences on Sci-tech Achievements Transformation Ideas on Industrial Incubation in the Future from the Perspective of An Incubator Difficulties, Challenges and Practices on Sci-tech Achievements Transformation in the Multi-view of Government, Industry, Universities and Research Institutes, Enterprises, Financial institutions and Incubators
H-03	材料期刊论坛 Forum for Materials Journals	Jiuhong Qian Youke Publishing Co. Ltd 有科期刊出版（北京）有限公司 Dong Luo Center of Journals and Literature, IMRCAS 中科院金属所学报文献中心	Xiaomei Ma maxm1213@163.com
H-04	首届科普教育发展（青岛）高峰论坛 The First Science Popularization Research and Development (Qingdao) Summit	Yunpeng Qin Qingdao CAST; Liqiao Wei Taiyuan University of Technology