>

a:8:{i:0;a:2:{s:5:"title";s:33:"耐火材料工业的绿色发展";s:7:"content";s:3:"�";}i:1;a:2:{s:5:"title";s:48:"安全、环境友好、回收利用解决方案";s:7:"content";s:3:"�";}i:2;a:2:{s:5:"title";s:27:"钢铁工业用耐火材料";s:7:"content";s:3:"�";}i:3;a:2:{s:5:"title";s:60:"水泥、玻璃、有色和其它新兴行业用耐火材料";s:7:"content";s:3:"�";}i:4;a:2:{s:5:"title";s:18:"先进耐火原料";s:7:"content";s:3:"�";}i:5;a:2:{s:5:"title";s:60:"生产、测试、评价和施工等用先进技术和设备";s:7:"content";s:3:"�";}i:6;a:2:{s:5:"title";s:42:"基础研究、教育、创新和标准化";s:7:"content";s:3:"�";}i:7;a:2:{s:5:"title";s:6:"其它";s:7:"content";s:3:"�";}}
a:8:{i:0;a:2:{s:5:"title";s:24:"先进土木工程材料";s:7:"content";s:160:"

";}i:1;a:2:{s:5:"title";s:18:"先进陶瓷材料";s:7:"content";s:160:"

";}i:2;a:2:{s:5:"title";s:18:"信息功能材料";s:7:"content";s:160:"

";}i:3;a:2:{s:5:"title";s:18:"低维结构材料";s:7:"content";s:160:"

";}i:4;a:2:{s:5:"title";s:27:"先进能源与催化材料";s:7:"content";s:160:"

";}i:5;a:2:{s:5:"title";s:6:"其他";s:7:"content";s:0:"";}i:6;a:2:{s:5:"title";s:0:"";s:7:"content";s:0:"";}i:7;a:2:{s:5:"title";s:0:"";s:7:"content";s:0:"";}}

a:22:{i:0;a:2:{s:5:"title";s:42:"A.高温/超高温陶瓷及其复合材料";s:7:"content";s:1:"A";}i:1;a:2:{s:5:"title";s:64:" B.纳米层状三元碳化物/氮化物/硼化物及其2D材料";s:7:"content";s:1:" ";}i:2;a:2:{s:5:"title";s:26:"C.聚合物前驱体陶瓷";s:7:"content";s:34517:"

Keynote Talks (共7人)

Name	Ralf Riedel	Paolo Colombo	Jie Kong	Yuji Iwamoto
Country	Germany	Italy	China	Japan
Affiliation	Technical University of Darmstadt	University of Padova	Northwestern Polytechnical University	Nagoya Institute of Technology
E-mail	ralf.riedel@tu-darmstadt.de	paolo.colombo@unipd.it	kongjie@nwpu.edu.cn	iwamoto.yuji@nitech.ac.jp
Lecture Title	Advanced Polymer-Derived (Ultra)-High-Temperature Resistant Ceramic Nanocomposites for Energy Conversion and Storage	Additive manufacturing of preceramic polymers	Synthesis of Silicon-containing Polymer Precursors for 3D-Printing Ceramics	Polymer-derived functional ceramics for clean energy applications
Photo

Name	Qing huang	Gang Shao	Zhaoju Yu
Country	China	China	China
Affiliation	Ningbo Institute of Materials Technology and Engineering	Zhengzhou University	Xiamen University
E-mail	huangqing@nimte.ac.cn	gang_shao@zzu.edu.cn	zhaojuyu@xmu.edu.cn
Lecture Title	Molecule Design of Polymer Derived Ceramics for Advanced Fibers and Composites	Polymer-derived ceramic aerogels for microwave absorption applications	Si-based nanocomposites: single-source precursor synthesis, Microstructural evolution and advanced functional properties
Photo

Invited Talks (共16人)

Name	Samuel Bernard	Emanuel Ionescu	Kathy Lu	Majid Minary
Country	France	Germany	USA	USA
Affiliation	Institute of Research on Ceramics	Technical University of Darmstadt	Virginia Tech	University of Texas at Dallas
E-mail	Samuel.bernard@unilim.fr	emanuel.ionescu@tu-darmstadt.de	klu@vt.edu	Majid.minary@utdallas.edu
Lecture Title	Transition metal-containing Polymer-Derived Ceramics for Clean Energy	Charge Carrier Transport in Polymer-Derived Silicon Oxycarbides – A Comparative Monolith vs. Thin Film Study	Polymer derived SiOC/SiC ceramics with different additives	Additive Manufacturing of Polymer Derived Ceramics
Photo

Name	Junping Li	Xin’gang Luan	Ravi Kumar	Yanfei Wang
Country	China	China	India	China
Affiliation	Institute of Aerospace Materials and Technology	Northwestern Polytechnical University	Indian Institute of Technology Madras	National Unviersity of Defense Technology
E-mail	ht2000703@163.com	xgluan@nwpu.edu.cn	nvrk@iitm.ac.in	wangyanfei@nudt.edu.cn
Lecture Title	The precursors for advanced ceramic matrix composites	High temperature adhesives derived from SiBCN and SiHfBCN precursor	Mechanical deformation of polymer derived ceramics	High temperature water vapor corrosion behavior of SiCf/SiC composites manufactured by a hybrid CVI and PIP route
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Name	Zongbo Zhang	Yejie Cao	Yujie Song	Kewei Wang
Country	China	China	China	China
Affiliation	Institute of Chemistry, Chinese Academy of Sciences	Northwestern Polytechnical University	Ningbo Institute of Materials Technology＆Engineering	Dongguan University of Technology
E-mail	zongbo@iccas.ac.cn	caoyejie@nwpu.edu.cn	songyujie@nimte.ac.cn	wangkw@dgut.edu.cn
Lecture Title	Polymer derived ceramic coatings: preparation and application	The development of high-temperature sensor based on polymer-derived ceramics	Two-component polyborosilazanes for SiBCN(O) ceramic precursors	Electron Transport Behavior of Polymer-derived Amorphous Silicoboron Carbonitrides
Photo

Name	Anran Guo	Qingbo Wen	Cong Zhou	LEE Yoonjoo
Country	China	China	China	Republic of Korea
Affiliation	Tianjin University	Central South University	Anhui Polytechnic University	Korea Institute of Ceramic Engineering & Technology (KICET)
E-mail	arguo@tju.edu.cn	wentsingbo@csu.edu.cn	congzhou2006@163.com	yoonjoo_lee@kicet.re.kr
Lecture Title	3D printing of Polymer-derived SiOC ceramics	Single-source-precursor synthesis and oxidation behavior of SiC/(Hf,Ti,Zr,Nb,Ta)C ceramic nanocomposites with high-entropy carbides	Polymer-derived mesoporous SiVO nanocomposites and its catalytic performance	Organic-inorganic conversion behavior of polycarbosilane in the fabrication of composite process
Photo

";}i:3;a:2:{s:5:"title";s:29:"D.透明陶瓷与发光材料";s:7:"content";s:1:"D";}i:4;a:2:{s:5:"title";s:38:"E.能源与环保用先进多孔陶瓷";s:7:"content";s:1:"E";}i:5;a:2:{s:5:"title";s:23:"F.陶瓷薄膜与涂层";s:7:"content";s:1:"F";}i:6;a:2:{s:5:"title";s:29:"G.陶瓷基复合材料前沿";s:7:"content";s:1:"G";}i:7;a:2:{s:5:"title";s:29:"H.粉体工艺与烧结前沿";s:7:"content";s:1:"H";}i:8;a:2:{s:5:"title";s:31:"I.3D打印与增材制造进展";s:7:"content";s:1:"I";}i:9;a:2:{s:5:"title";s:35:"J.先进耐火材料与传统陶瓷";s:7:"content";s:1:"J";}i:10;a:2:{s:5:"title";s:23:"K.微波电介质陶瓷";s:7:"content";s:23755:"

Introduction of Session K

Topic: This session will bring together an international group of researchers from academics and industries to share their vision and insights for microwave dielectric ceramics, focusing on wide aspects, such as new design paradigm for advanced materials, novel synthesis strategy, advanced processing techniques, characterization techniques, and emerging applications. We expect that this session could boost the research and development of microwave dielectric ceramics and promote their applications in 5G/6G, IOT, V2X, satellite communication/navigation and other information systems. The topics of this session will include but not limit to:

Novel microwave and millimeter-wave dielectric ceramics
LTCC/ULTCC materials
Cold sintering and room temperature fabrication
Metamaterials, metasurface and advanced artificial structures
Microwave dielectric materials and devices design/modeling/simulation
Microwave dielectric materials and devices characterization
3D printing /direct writing /photolithography and other emerging microwave/ millimeter wave devices fabrication/integration technologies
Components/devices/microsystems based on microwave dielectric ceramics
Other emerging applications of microwave dielectric ceramics

Session Chairs

Hong Wang (汪宏) (Southern University of Science & Technology)
Zhenxin Yue (岳振星) (Tsinghua University)
Zhifu Liu (刘志甫) (Shanghai Institute of Ceramics, CAS)
Heli Jantunen (University of Oulu, Finland)
Lei Li (李雷) (Zhejiang University)
Yang Bai (白洋) (University of Science and Technology Beijing)

Planned presentations

45-50 oral presentations (including ~20-25 keynote/invited talks)
~10 poster presentations

Keynote speakers

	Name	Title	University/Institutes
1	Xiangming Chen	Some Key Issues for Millimeter Wave Dielectric Ceramics	Zhejing University
2	Heli Jantunen	TBD	University of Oulu, Finland
3	Xiao hui Wang	Fine grained microwave dielectric ceramics with excellent microwave dielectric properties and prominent mechanical performance	Tsinghua University
4	Eung Soo Kim	TBD	Kyonggi University
5	Zhenxin Yue	Defect Relaxation and Terahertz Response in Low-loss Dielectric Ceramics	Tsinghua University

Invited speakers

	Name	Title	University/Institutes
1	Lingxia Li	The effects of strain and stress on dielectric properties of microwave dielectric ceramics	Tianjing University
2	Jianjiang Bian	Improvement of microwave dielectric properties of lithium containing M-Phase	Shanghai University
3	Liang Fang	A new mechanism affecting the temperature coefficient of resonant frequency of microwave dielectric ceramics	Guilin University of Technology
4	Yi Wang	Exploring 3D-printed microwave ceramic filters	University of Birmingham, UK
5	Kaixin Song	Low-k of microwave, millimeter silicate-based ceramic and its 5G microstrip patch antenna	Hangzhou University of Electronic Science and Technology
6	Wen Lei	Improving microwave dielectric properties of BaO-ZnO-SiO₂ system	Huazhong University of Science and Technology
7	Di Zhou	Influence of phase transition on microwave dielectric properties of fergusonite structured ceramics	Xi’an Jiaotong University
8	Yang Bai	Microwave Metamaterial Design and Inverse Design Method Based on Equivalent Energy Level Theory	University of Science and Technology Beijing
9	Lei Li	Nonlinear variation of resonant frequency with temperature and temperature-dependent tf in microwave dielectric composites	Zhejing University
10	Dawei Wang	Cold sintering of microwave dielectric ceramics and devices	Shenzhen Institute of Advanced Technology, CAS

	Name	Title	University/Institutes
11	Yongzheng Wen	Metamaterial-based Artificial Optical Nonlinearity for Terahertz Applications	Tsinghua University
12	Jing Guo	Cold sintering of microwave dielectric materials	Xi’an Jiaotong University
13	Mingsheng Ma	Wireless integrated sensors based on LTCC technology	Shanghai Institute of Ceramics, CAS
14	Xianqiang Chen	Low temperature fired fluoride composites microwave dielectric ceramics and microwave properties	Southern University of Science and Technology
15	Kuei Chih Feng	Development of anti-reduction and low-temperature co-fired CaO-Al₂O₃-MgO-SiO₂ ceramics for 5G copper co-fired antennas	Ming Chi University of Technology	Taiwan
16	Enzhu Li	Usage of P-V-L complex chemical bond theory in the microwave characteristic regulations of A_0.5B_0.5CO₄ systems	University of Electronic Science and Technology
17	Hsing-I Hsiang	Manganese addition effects on the microstructure and electrical properties of CaZrO₃ ceramics sintered under nitrogen atmosphere	Cheng Kung University	Taiwan
18	Charanjeet Singh	TBD	Lovely Professional University	India
19	Alex Vasiliev	TBD	NRC Kurchatov Institute, Russia	Russia
20	Michimasa Saito	TBD	NGK Spark Plug Co., LTD	Japan

a:1:{i:0;a:2:{s:5:"title";s:0:"";s:7:"content";s:0:"";}}
a:10:{i:0;a:2:{s:5:"title";s:63:"无机非金属材料学科“自强自立”优秀学者论坛";s:7:"content";s:0:"";}i:1;a:2:{s:5:"title";s:24:"先进土木工程材料";s:7:"content";s:0:"";}i:2;a:2:{s:5:"title";s:24:"先进功能陶瓷材料";s:7:"content";s:0:"";}i:3;a:2:{s:5:"title";s:18:"先进结构材料";s:7:"content";s:0:"";}i:4;a:2:{s:5:"title";s:21:"超导材料与器件";s:7:"content";s:0:"";}i:5;a:2:{s:5:"title";s:27:"光电信息材料与器件";s:7:"content";s:0:"";}i:6;a:2:{s:5:"title";s:27:"新型二维材料与器件";s:7:"content";s:0:"";}i:7;a:2:{s:5:"title";s:18:"先进能源材料";s:7:"content";s:0:"";}i:8;a:2:{s:5:"title";s:18:"先进催化材料";s:7:"content";s:0:"";}i:9;a:2:{s:5:"title";s:21:"先进表征与装置";s:7:"content";s:0:"";}}
a:11:{i:0;a:2:{s:5:"title";s:45:"无机非金属材料学科优秀学者论坛";s:7:"content";s:0:"";}i:1;a:2:{s:5:"title";s:24:"先进土木工程材料";s:7:"content";s:0:"";}i:2;a:2:{s:5:"title";s:24:"先进功能陶瓷材料";s:7:"content";s:0:"";}i:3;a:2:{s:5:"title";s:18:"先进结构材料";s:7:"content";s:0:"";}i:4;a:2:{s:5:"title";s:21:"超导材料与器件";s:7:"content";s:0:"";}i:5;a:2:{s:5:"title";s:27:"光电信息材料与器件";s:7:"content";s:0:"";}i:6;a:2:{s:5:"title";s:27:"新型二维材料与器件";s:7:"content";s:0:"";}i:7;a:2:{s:5:"title";s:18:"先进能源材料";s:7:"content";s:0:"";}i:8;a:2:{s:5:"title";s:18:"先进催化材料";s:7:"content";s:0:"";}i:9;a:2:{s:5:"title";s:21:"先进表征与装置";s:7:"content";s:0:"";}i:10;a:2:{s:5:"title";s:0:"";s:7:"content";s:0:"";}}
a:4:{i:0;a:2:{s:5:"title";s:18:"微纳结构材料";s:7:"content";s:137:"量子点、胶体材料、纳米粉体、纳米纤维、自组装、有机-无机杂化材料、复合材料、光催化涂层/薄膜等";}i:1;a:2:{s:5:"title";s:12:"多孔材料";s:7:"content";s:147:"
气凝胶、MOFs、有序介孔、多孔块体、等级孔材料、多孔陶瓷、多孔膜材料等；
";}i:2;a:2:{s:5:"title";s:15:"功能新材料";s:7:"content";s:150:"电催化材料、电池材料、高熵材料、透明陶瓷、新型显示材料、环境材料、生物及仿生材料、光电磁功能材料等。";}i:3;a:2:{s:5:"title";s:34:"溶胶-凝胶工业化应用技术";s:7:"content";s:0:"";}}
a:10:{i:0;a:2:{s:5:"title";s:38:"玻璃仿真、模拟与玻璃AI计算";s:7:"content";s:0:"";}i:1;a:2:{s:5:"title";s:27:"玻璃结构与玻璃转变";s:7:"content";s:0:"";}i:2;a:2:{s:5:"title";s:27:"玻璃晶化与玻璃陶瓷";s:7:"content";s:0:"";}i:3;a:2:{s:5:"title";s:24:"进功能玻璃与应用";s:7:"content";s:0:"";}i:4;a:2:{s:5:"title";s:48:"MOF玻璃，钙钛矿玻璃与其他新型玻璃";s:7:"content";s:0:"";}i:5;a:2:{s:5:"title";s:15:"薄膜与涂层";s:7:"content";s:0:"";}i:6;a:2:{s:5:"title";s:27:"先进测试与表征方法";s:7:"content";s:0:"";}i:7;a:2:{s:5:"title";s:27:"先进玻璃深加工技术";s:7:"content";s:0:"";}i:8;a:2:{s:5:"title";s:27:"低碳玻璃与相关技术";s:7:"content";s:0:"";}i:9;a:2:{s:5:"title";s:33:"先进玻璃相关仪器与设备";s:7:"content";s:0:"";}}
a:1:{i:0;a:2:{s:5:"title";s:0:"";s:7:"content";s:0:"";}}
a:11:{i:0;a:2:{s:5:"title";s:44:"1.制备工艺对煅烧粘土活性的影响";s:7:"content";s:1:"1";}i:1;a:2:{s:5:"title";s:50:"2.煅烧粘土的矿物组成对其活性的影响";s:7:"content";s:1:"2";}i:2;a:2:{s:5:"title";s:48:"3.LC2辅助性胶凝材料:水化和硬化性能";s:7:"content";s:1:"3";}i:3;a:2:{s:5:"title";s:61:"4.水泥-煅烧粘土-石灰石体系：水化和硬化性能";s:7:"content";s:1:"4";}i:4;a:2:{s:5:"title";s:48:"5.煅烧粘土-碱体系：水化和硬化性能";s:7:"content";s:1:"5";}i:5;a:2:{s:5:"title";s:33:"6.煅烧粘土-新掺合料体系";s:7:"content";s:1:"6";}i:6;a:2:{s:5:"title";s:24:"7.石灰石-水泥体系";s:7:"content";s:1:"7";}i:7;a:2:{s:5:"title";s:92:"8.在水泥和混凝土中使用煅烧粘土的生命周期分析、经济性和环境影响";s:7:"content";s:1:"8";}i:8;a:2:{s:5:"title";s:29:"9.煅烧粘土的工程应用";s:7:"content";s:1:"9";}i:9;a:2:{s:5:"title";s:36:"10.煅烧粘土体系的流变性能";s:7:"content";s:1:"1";}i:10;a:2:{s:5:"title";s:27:"11.其他相关主题……";s:7:"content";s:1:"1";}}

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