☞ 分会场1、低维材料

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分会主题：低维纳米材料（包括零维、一维、二维等纳米材料）的可控合成、生成机制、表征及物化性质研究；低维纳米材料在电催化（如CO₂还原反应、氧还原反应、析氢反应、析氧反应等）、光催化、光电催化、热催化、检测、能源转化与贮存以及生物医药等领域的应用；低维纳米复合材料的可控制备与应用。

召集人：

王定胜        清华大学               wangdingsheng@mail.tsinghua.edu.cn

杨乃亮        中科院过程所        nlyang@ipe.ac.cn

范战西        香港城市大学        zhanxi.fan@cityu.edu.hk

Session 1: Low-dimensional Materials

Topics: Research on the controllable synthesis, growth mechanism, characterization and physico-chemical properties of low-dimensional nanomaterials (including zero-dimensional, one-dimensional, two-dimensional and other nanomaterials);Applications of low-dimensional nanomaterials in the fields of electrocatalysis (such as CO2 reduction reaction, oxygen reduction reaction, hydrogen evolution reaction, oxygen evolution reaction), photocatalysis, photoelectrocatalysis, thermal catalysis, detection, energy conversion and storage, and biomedicine;Controllable synthesis and applications of low-dimensional nanocomposite materials.

Conveners: 

Wang Dingsheng (wangdingsheng@mail.tsinghua.edu.cn), Tsinghua University 

Yang Nailiang (nlyang@ipe.ac.cn), Institute of process engineering, Chinese Academy of Sciences

Fan Zhanxi (zhanxi.fan@cityu.edu.hk), City University of Hong Kong

☞ 分会场2、纳米催化

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分会主题：纳米催化在应对人类面临的能源、化工、材料的可持续绿色发展的诸多挑战，以及服务国家能源战略具有重大意义。纳米催化分会主要聚焦非均相催化，如电催化、光催化、热催化，包括但不限于纳米催化材料的可控制备（单原子、团簇、形貌、结构等）；催化活性中心的合理设计；催化剂的表界面化学；催化过程的原位表征；结合实验过程的计算化学；纳米催化的新理论和新过程研究；纳米催化剂的规模化和商业化发展等。

召集人：

周伟家        济南大学        ifc_zhouwj@ujn.edu.cn

赵美廷        天津大学        mtzhao@tju.edu.cn

王海青        济南大学        ifc_wanghq@ujn.edu.cn

Session 2: Nanocatalysis

Topics: Nanocatalysis is of great significance in addressing the challenges faced by mankind for sustainable green development of energy, chemicals and materials, as well as serving national carbon emission peak/neutrality strategies. The nanocatalysis session focuses on non-homogeneous catalysis, such as electrocatalysis, photocatalysis, thermal catalysis, including but not limited to controllable preparation of nanocatalytic materials (single atoms, clusters, morphology, structure, etc.), rational design of catalytic active centers, surface/interface chemistry of catalysts, in-situ characterization of catalytic processes, computational chemistry combined with experimental processes, new theories and process studies of nanocatalysis, scale-up production and commercialization of nanocatalysts, etc.

Conveners: 

Zhou Weijia (ifc_zhouwj@ujn.edu.cn), Institute for Advanced Interdisciplinary Research, University of Jinan

Zhao Meiting (mtzhao@tju.edu.cn), Institute of Molecular Aggregation Science, Tianjin University 

Wang Haiqing (ifc_wanghq@ujn.edu.cn), Institute for Advanced Interdisciplinary Research, University of Jinan

☞ 分会场3、电化学储能材料与器件

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分会主题：超级电容器；燃料电池；液流电池；锂（钠/钾）离子电池；锂（钠）硫电池；水系金属电池；金属空气电池；全固态电池；多价离子电池；电池回收技术；新型电极材料及其电化学催化反应机理；电能源化学等相关材料，化学问题，材料表征等

召集人：

黄佳琦        北京理工大学            jqhuang@bit.edu.cn

辛森            中科院化学所            xinsen08@iccas.ac.cn

吴凡            中科院物理所            fwu@iphy.ac.cn

张桥保         厦门大学                  zhangqiaobao@xmu.edu.cn 

Session 3. Electrochemical Energy Storage Materials and Devices 

Topics: Supercapacitor; Fuel cells; Flow batteries; Lithium (sodium/potassium) ion batteries; Lithium (sodium) sulfur batteries; Aqueous metal batteries; Metal-air batteries; Solid-state batteries; Multivalent ion batteries; Battery recycling technology; New electrode materials and their electrochemical catalytic reaction mechanism; Electrical energy chemistry related materials, chemical issues and characterization, etc. 

Conveners: 

Huang Jiaqi (jqhuang@bit.edu.cn), Beijing Institute of Technology

Xin Sen (xinsen08@iccas.ac.cn), Institute of Chemistry, Chinese Academy of Sciences

Wu Fan (fwu@iphy.ac.cn), Institute of Physics, Chinese Academy of Sciences

Zhang Qiaobao (zhangqiaobao@xmu.edu.cn), Xiamen University

☞ 分会场4、金属基复合材料

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分会主题：金属基复合材料在基础科学研究和能源应用等相关领域研究广泛。本分会旨在针对金属材料，碳基金属材料，金属氧化物，金属硫化物及复合材料在能源转换、催化及微器件等领域的研究现状和发展趋势展开广泛的学术交流和讨论。分会涉及金属基复合材料的制备、表征及其在催化、能源存储与转换、先进电子与器件等领域的应用研究，并对上述领域最新科研成果进行展示，拟推动金属基复合材料相关研究的发展和进步。

召集人：

秦毓辰        河南农业大学            qinyuchen@henau.edu.cn

胡传刚        北京化工大学            chuangang.hu@buct.edu.cn

王霄鹏        河南农业大学            xpwang@henau.edu.cn

武大鹏        河南师范大学            dapengwu@htu.edu.cn

Session 4: Metal-based Materials

Topics: Metal-based materials have been widely studied in fundamental research and energy conversion. This session aims to conduct extensive academic exchange and discussion on the research and development trend of metal-based materials including carbon based materials, metal oxides, metal sulfides and composite materials in the fields of energy conversion, catalysis and microelectronic devices. The branch meeting deals with the preparation, characterization and application of metal-based materials in the fields of catalysis, energy storage and conversion, advanced electronics and devices, etc., and displays the latest scientific research achievements in the above fields, aiming to promote the development and progress of metal-based materials.

Conveners: 

Qin Yuchen (qinyuchen@henau.edu.cn), Henan Agricultural University

Hu Chuangang (chuangang.hu@buct.edu.cn), Beijing University of Chemical Technology

Wang Xiaopeng (xpwang@henau.edu.cn), Henan Agricultural University

Wu Dapeng (dapengwu@htu.edu.cn), Henan Normal University

☞ 分会场5、材料表征与模拟

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分会主题：以球差电镜、原位电镜等透射电子显微技术在催化、储能等能源材料研究中的应用； X-射线谱学方法在催化剂局域结构研究中的应用，基于同步辐射大科学装置的原位测试技术对反应机理进行探索；基于量子力学模拟的催化反应机理研究，材料智能设计，理论催化，机器学习。

召集人：

王涛        西湖大学                       twang@westlake.edu.cn

林岳        中国科学技术大学        linyue@ustc.edu.cn

陈文星    北京理工大学                wxchen@bit.edu.cn

Session 5: Materials Characterization and Simulation

Topics: Applications of transmission electron microscopy techniques such as spherical-aberration-corrected electron microscopy and in-situ electron microscopy in the research of energy materials such as catalysis and energy storage; The application of X-ray absorption spectroscopy (XAS) for the investigation of local structures in catalysis; Synchrotron-radiation-based in-situ/operando techniques for mechanization research; Understanding reaction mechanism with quantum mechanics simulations, Computational chemistry/catalysis, Materials design, Machine learning.

Conveners: 

Wang Tao (twang@westlake.edu.cn), Westlake University

Lin Yue (linyue@ustc.edu.cn), University of Science and Technology of China

Chen Wenxing (wxchen@bit.edu.cn), Beijing Institute of Technology

☞ 分会场6、高分辨化学测量前沿

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分会主题：构建更高水平、更快速度、更有效率的物质组成、分布及其浓度信息的化学测量策略、方法和技术，全面和精准地获取介观、微观尺度复杂体系基元信息及互作关系，解决生命科学、环境科学、食品科学、材料科学以及国家安全等诸多领域中的关键科学问题。

召集人：

王勇            天津大学            wangyongtju@tju.edu.cn

郭玮炜        南开大学            weiweiguo@nankai.edu.cn

张振            天津大学            zhzhen@tju.edu.cn

Session 6: New Frontiers for High-resolution Chemical Measurements

Topics: Constructing faster, higher level, and more efficient chemical measurement strategies to obtain the matter information like composition, distribution, and concentration. By which to comprehensively and accurately reveal the unit information and internal relationships in the mesoscopic and microscopic complex systems. Thus, to solve key scientific problems in life science, medical research, environmental chemistry, and national security, etc.

Conveners: 

Wang Yong (wangyongtju@tju.edu.cn), Tianjin University

Guo Weiwei (weiweiguo@nankai.edu.cn), Nankai University

Zhang Zhen (zhzhen@tju.edu.cn), Tianjin University

☞ 分会场7、微纳光学

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分会主题：光学纳米材料与器件的制备、表征及应用，半导体纳米材料（有机光电材料、硫化物、钙钛矿和碳点等）在发光、光催化、光学器件的制备与成像应用；等离激元纳米材料在表面增强拉曼散射、单颗粒光学表征及传感、手性纳米光学、等离激元增强光催化及生物医学传感等领域的应用。

召集人：

闫永丽        中科院化学所             ylyan@iccas.ac.cn

郑广超        郑州大学                    gczheng@zzu.edu.cn

叶巍翔        海南大学                    wxy@hainanu.edu.cn

Session 7: Micro- and nano- photonics

Topics: Preparation, characterization and application of nanomaterials and devices; luminescence, photocatalysis, optical devices of semiconductor nanomaterials (e.g., organic optoelectronic materials, sulfides, perovskites, carbon dots, etc.); Surface enhanced Raman scattering (SERS), optical characterization and sensing of single particle, chiral nanoplasmonics, plasmon-enhanced photocatalysis and biomedical sensing based on plasmonic metallic metal NPs

Conveners: 

Yongli Yan (ylyan@iccas.ac.cn), Institute of Chemistry, CAS

Guangchao Zheng (gczheng@zzu.edu.cn), Zhengzhou University

Weixiang Ye (wxy@hainanu.edu.cn), Hainan University

☞ 分会场8、智能材料

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分会主题：智能材料将使传统意义下的功能材料和结构材料之间的界线逐渐消失，实现结构功能化、功能多样化。研究范围包括但不限于电子材料、光子材料、发光材料、储能/能源材料、碳材料与二维材料、分子材料、仿生与生物材料等。应用场景包括场效应晶体管、发光二极管、光伏器件、柔性电子器件、（电，光，热，力，磁，化学，核辐射等）传感器、疾病诊疗等。

召集人：

李荣金        天津大学                lirj@tju.edu.cn

安众福        南京工业大学        iamzfan@njtech.edu.cn

闫东鹏        北京师范大学        yandp@bnu.edu.cn

Session 8:  Smart Materials

Topics: Smart materials will gradually disappear the boundary between functional materials and structural materials in the traditional sense, realizing structural functionalization and diversification of functions. The research scope includes but notlimited to electronic materials, photonic materials, luminescent materials, energy storage and energy materials, carbon materials and two-dimensional materials, molecular materials, bionic and biological materials, etc. Application scenarios include field-effect transistors, light-emitting diodes, photovoltaic devices, flexible electronic devices, (electricity, light, heat, force, magnetism, chemistry, nuclear radiation, etc.) sensors, disease diagnosis and treatment, etc.

Conveners: 

Li Rongjin (lirj@tju.edu.cn), Tianjin University

An Zhongfu (iamzfan@njtech.edu.cn), Nanjing University of Technology

Yan Dongpeng (yandp@bnu.edu.cn), Beijing Normal University

☞ 分会场9、生物医用材料

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分会主题：面向生命健康的重大应用需求，聚焦生物医用材料前沿方向、研究热点及最新进展。研究范围包括但不限于生物智能材料、纳米生物材料、水凝胶、植入材料表/界面、介入材料与器械、新型生物活性材料、组织修复/诊疗功能材料、微制造与3D打印等。

召集人：

刘文广        天津大学                              wgliu@tju.edu.cn

田华雨        中国科学院长春应化所        thy@ciac.ac.cn

仰大勇        天津大学                              dayong.yang@tju.edu.cn

Session 9: Biomedical Materials

Topics: Aiming to meet major requirements in the application of life and health field, the sub-forum focuses on the research frontiers, hotspots and latest progress of biomaterials. The research scope includes but not limits to smart biomaterials, nanomaterials, bioactive hydrogels, implantable materials/interfaces, interventional materials and devices, new bioactive materials, tissue repair/diagnostic functional materials, micro-manufacturing and 3D printing, etc.

Conveners: 

Liu Wenguang (wgliu@tju.edu.cn), Tianjin University

Tian Huayu (thy@ciac.ac.cn), Changchun Institute of Applied Chemistry, CAS

Yang Dayong (dayong.yang@tju.edu.cn), Tianjin University

☞ 青年科学家论坛

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召集人：

孙振宇        北京化工大学            sunzy@mail. buct.edu.cn

张志明        天津理工大学            zmzhang@emaiI.tjut.edu.cn

张立兵        天津大学                    libing.zhang@tju.edu.cn

Young Scientists Forum

Conveners: 

Sun Zhenyu (sunzy@mail. buct.edu.cn), Beijing University of Chemical Technology

Zhang Zhiming (zmzhang@emaiI.tjut.edu.cn), Tianjin University of Technology

Zhang libing (libing.zhang@tju.edu.cn), Tianjin University

☞ 研究生论坛

分会主题：为了更好地促进材料化学及相关领域的广大研究生对学科的深入学习，本次论坛专门设置研究生论坛，征集能源、催化、环境及其交叉学科领域的优秀研究生积极参与交流和探讨。同时本平台也能更好地促进学生与不同领域的学术大咖进行面对面深入学习和交流碰撞。参与形式分为口头报告和墙报展示，具有优异表现的学生将获得“优秀学生报告奖”或“优秀墙报奖”，并获得丰厚的奖金。

召集人（点击查看详情）：

崔晓亚        清华大学        xcui004@e.ntu.edu.sg

Graduate Forum

Topics: This Graduate Forum is to provide a platform for students from the field of material chemistry and other relevant research area to discuss with outstanding scholars all over the world and deeply understand the academic research. Excellent graduate students who are focused on energy, catalysis, environment and the advanced interdisciplinary fields are welcomed to attend this forum. We also encourage students to share research ideas and results with experts from different disciplines face to face. Students are welcomed to sign up oral presentation, poster or both. The outstanding ones will be awarded as ‘outstanding student reporter’ or ‘outstanding poster’ with abundant bonus.

Convener: 

Cui Xiaoya (xcui004@e.ntu.edu.sg), Tsinghua University