时刻表

时区：Asia/Shanghai

第2天2026年10月27日星期二

p

Poster@Poster

2026年10月27日 08:30~18:00

线下 张贴报告

时刻表 V6 发布时间：2026-10-21 13:35:36

编号 标题
88
Toward deployment-ready VO2 smart windows enabled by full-spectrum design
Yidan Chen/Harbin Institute of Technology
张贴报告
87
Synergistic Solar-Infrared Control and Spectrally Selective Thermal Emission in an All-Solid-State Electrochromic Smart Window
Zheyue Mei/Beihang University
张贴报告
85
A Colorful Electrochromic Infrared Emissivity Regulator for All-Season Intelligent Thermal Management in Buildings
Zheyue Mei/Beihang University
张贴报告
86
Multispectral Synergistic Electrochromic Regulator With Triple Atmospheric Windows Selectivity for Global Building Energy Saving
Yilin Ding/Beihang University
张贴报告
120
Application of NanocrystallineWO3-Based Electrochromic Devices in the Field of Opaque Photothermal Synergistic Regulation
Yilin Ding/Beihang University
张贴报告
83
Uncertainty-Aware Neural Networks and Autonomous Experimentation for Inverse Design of Electrochromic Polymers
Triton Mei/West Lafayette Junior/Senior High School
张贴报告
82
Synergistic Effect of Additive-Driven Non-Aqueous Proton Electrolyte Engineering for Enhanced Electrochromic Kinetics and Stability
Juna Lee/Seoul National University of Science and Technology
张贴报告
81
Alkaline-compatible Nb18W16O93/NiHPO4 complementary electrochromic devices for solar heat regulation
Kwang-Mo Kang/Korea University of Technology and Education
张贴报告
80
Simulation Analysis of the Influence of Bus Bar Shape and Size on Electric Potential Distribution in Electrochromic Glass
Zheng Meng/China Building Materials Academy Co., Ltd.
张贴报告
79
Multicolor Zinc Anode-Based Electrochromic Smart Windows
Bingkun Huang/Shandong University
张贴报告
71
Investigation of the utilization of NiO@MnO2 core-shell structures synthesized by hydrothermal method to improve the capacitive performance of NiO-based electrochromic materials.
Haidar Ariq Amanullah/University of Science and Technology Beijing
张贴报告
70
Multifunctional Liquid Crystal-Based Electrochromic Device for Visible Modulation and Mid-Infrared Radiative Heat Dissipation
Sueun Jin/Pusan National University
张贴报告
69
A Multi-State All-Solid Dynamic Broadband Photothermal Window Enabling Decoupled Multi-Band Thermal Regulation
Hongying Liu/Beihang University
张贴报告
68
Electrochromic Smart Glass with Redox Mediator
Aiyan Shi/Zhejiang University
张贴报告
67
Potential gradient electrolyte for fast and stable self-switching electrochromic energy-storage device
Dongyun Ma/University of Shanghai for Science and Technology
张贴报告
66
Highly stable and fast-response electrochromic device based on poly(N,N-dimethylacrylamide) gel polymer electrolyte
Jinmin Wang/University of Shanghai for Science and Technology
张贴报告
65
Scalable Fabrication of Prussian Blue Electrochromic Devices toward Large-Area and Self-Powered Applications
Rongzong Zheng/Guizhou University
张贴报告
64
In situ ion exchange mediated by carbon dots enables the preparation of multicolor Prussian blue analogues for high-performance electrochromic devices
Wenjing Zhang/University of Jinan
张贴报告
63
Comparison of Linear and Star-Shaped Carbazole-EDOT Polymers for Faster Electrochromic Switching and Improved Capacitance
Lu Chen/Zhejiang University of Technology
张贴报告
62
Dual band Electrochromic Window with Anti-Glare and Thermal Control for Energy-Efficient Buildings
Han JangHee/KAIST
张贴报告
61
Dual-Band Electrochromic Smart Window for Dynamic Solar and Mid-Infrared Regulation
Xinyu Zhao/Southeast University
张贴报告
60
Enhanced Cycling Stability of Self-Charging Reversible Electrochromic Devices via Al Corrosion Prevention by Phthalocyanine Coating
JIMIN PARK/Pusan National University
张贴报告
59
A Durable Low-Voltage Aqueous Electrochromic Device Coupling WO₃ Electrochromism with Reversible Iodine Redox Chemistry
Mina Ryu/Korea University of Technology and Education
张贴报告
58
Decoupling the Self-charge Storage Mechanism in Zinc-based Electrochromic Energy Devices
RAKSHA PAL/Pusan National University
张贴报告
57
Aluminum Silicate Nanosheets Couple Fast Electrochromism with Transparent Reflective cooling for Smart Windows
Wei Zhang/Pusan National Uinversity
张贴报告
56
Programmable Multicolor Smart Windows Enabled by Stabilized Ag Electrodeposition on ITO Nanotrees
Ji-Hyeong Lee/Korea University of Technology and Education
张贴报告
55
Copper-Based Reversible Metal Electrodeposition Devices with Transparent, Blue, Red, and Mirror States
woo seok Choi/Korea University of Technology and Education
张贴报告
54
Hexagonal Tungsten Oxide Nanorods with Thermally Removable Dopants for Enhanced Na+-based Electrochromism
Janghan Na/Seoul National University of Science and Technology
张贴报告
11
From Active Privacy Technology to Intelligent Light Management: Application Requirements and Challenges of Electrochromic Devices in Display Panels
Shuangying Cao/Shanghai Tianma Microelectronics Co., Ltd.
张贴报告
121
Tunable Electrochromic and Energy Storage Performances of Diazine Isomer-Based Bifunctional Materials
Wenna Xie/Zhejiang University of Technology
张贴报告
重要日期

  • 会议日期

    10月26日

    2026

    至

    10月30日

    2026

  • 10月17日 2026

    初稿截稿日期

  • 10月30日 2026

    注册截止日期

主办单位
杭州市北京航空航天大学国际创新研究院（北京航空航天大学国际创新学院）
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