- 不限
- 全球杰出青年科学家大会报告 Global Conference of Outstanding Young Scientists Report
- 开幕式/大会报告 The Opening Ceremony/ Plenary Lecture
- 论坛一：锂离子电池电解质及隔膜材料 Forum 1：Electrolyte and Separator Materials for Lithium-Ion Batteries
- 论坛二：锂离子电池电极材料 Forum 2：Lithium-ion Battery Electrode Materials
- 论坛三：钠/钾离子电池论坛 Forum 3：Sodium/Potassium Ion Battery
- 论坛四：新体系电池论坛 Forum 4：New Generation Batteries
- 论坛五：燃料电池论坛 Forum 5：Fuel cell
- 论坛六：热电材料论坛 Forum 6：Thermoelectric Materials
- 论坛七：钙钛矿太阳能电池论坛 Forum 7：Perovskite Solar Cell
- 论坛八：有机太阳能电池论坛 Forum 8：Organic solar cells
- 论坛九：核能材料论坛 Forum 9：Advanced Nuclear Energy System Materials
- 论坛十：超薄二维能源材料论坛 Forum 10：Ultra-Thin Two-Dimensional Energy Materials
- 论坛十一：电催化能源材料论坛 Forum 11：Electrocatalytic Energy Materials
- 论坛十二：能源光催化材料论坛 Forum 12：Photocatalytic Materials for Energy
- 论坛十三：碳基能源材料论坛 Forum 13：Carbon-based Energy Materials
- 论坛十四：储氢材料论坛 Forum 14：Hydrogen Storage Materials
- 论坛十五：弱能收集转化纳米能源论坛 Forum 15：Nanoenergy Energy Collection and Conversion
- 论坛十六：新型相变储能材料 Forum 16：New Phase Change Energy Storage Materials
- 论坛十七：水系电池论坛 Forum 17：Aqueous Batteries
- 论坛十八：能源纳米材料论坛 Forum 18：Energy Nanomaterials
- 论坛十九：汽车轻量化材料 Forum 19：Lightweight Material in Automobile
- 论坛二十：含能材料能量存储与转化应用 Forum 20：Energy Storage and Conversion Applications for Energetic Materials
- 论坛二十一：电池产业链资源高效循环利用论坛 Forum 21：Efficient Recycling of Resources in the Battery Industry
- 论坛二十二：废弃物处理与能源资源利用论坛 Forum 22：Waste Treatment and Efficient Utilization of Energy Resources
- 论坛二十三：青托学术论坛 Forum 23：Young Elite Scientists Sponsorship Academic
- 论坛二十四：材料交叉前沿论坛 Forum 24：Frontiers of Interdisciplinary Materials
- 不限
- 2023-11-26 [星期日]
- 2023-11-27 [星期一]
- 不限
- 簕杜鹃厅 Le Azalea Hall
- 茉莉厅 Jasmine Hall
- 玫瑰厅-1 Rose 1 Hall
- 玫瑰厅-3 Rose 3 Hall
- 梅花厅-1 Plum blossom 1 Hall
- 梅花厅-2 Plum blossom 2 Hall
- 菊花厅 Chrysanthemum Hall
- 牡丹厅 Peony Hall
- 梅花厅-3 Plum blossom 3 Hall
- 梅花厅-4 Plum blossom 4 Hall
- 茶花厅-1 Camellia 1 Hall
- 茶花厅-2 Camellia 2 Hall
- 茶花厅-3 Camellia 3 Hall
- 兰花厅-1 Orchid 1 Hall
- 兰花厅-2 Orchid 2 Hall
- 郁金香厅 Tulip Hall
- 兰花厅-3 Orchid 3 Hall
- 桂花厅 Osmanthus Hall
- 606VIP 606VIP
- 玫瑰厅-2
- 609VIP 609VIP
- 608VIP 608VIP
- 水仙厅 Asphodel Hall
2023-11-26 星期日
兰花厅-1 Orchid 1 Hall
| 编号 | 时间 | 类型 | 题目 | 讲者 | 单位 |
|---|---|---|---|---|---|
| 13:30-14:00 | 主旨报告 |
Thermodynamic Destabilization of Magnesium Hydride for Hydrogen Storage |
李海文 | 中山大学 | |
| Keynote |
Thermodynamic Destabilization of Magnesium Hydride for Hydrogen Storage |
Haiwen Li | |||
| 14:00-14:25 | 邀请报告 |
Mg-based energy storage materials: viewpoints from kinetics, thermodynamics, thermal physical properties and systems |
邵怀宇 | 澳门大学 | |
| Invited |
Mg-based energy storage materials: viewpoints from kinetics, thermodynamics, thermal physical properties and systems |
Huaiyu Shao | |||
| 14:25-14:50 | 邀请报告 |
Enhancing Hydrogen Storage Properties of Mg-Ni Hydride via Well-Designed Surface |
朱云峰 | 南京工业大学 | |
| Invited |
Enhancing Hydrogen Storage Properties of Mg-Ni Hydride via Well-Designed Surface |
Yunfeng Zhu | |||
| 14:50-15:15 | 邀请报告 |
Metal hydride for catalysis |
郑捷 | 北京大学 | |
| Invited |
Metal hydride for catalysis |
Jie Zheng | Peking University |
| 编号 | 时间 | 类型 | 题目 | 讲者 | 单位 |
|---|---|---|---|---|---|
| 15:25-15:50 | 邀请报告 |
The improved hydrolysis properties of Mg-Ni-RE composites |
冷海燕 | 上海大学 | |
| Invited |
The improved hydrolysis properties of Mg-Ni-RE composites |
Haiyan Leng | |||
| 15:50-16:15 | 邀请报告 |
Atomic interface-exciting catalysis on cobalt nitride-oxide for accelerating hydrogen generation |
刘宝忠 | 河南理工大学 | |
| Invited |
Atomic interface-exciting catalysis on cobalt nitride-oxide for accelerating hydrogen generation |
Baozhong Liu | |||
| 16:15-16:30 | 口头报告 |
Study of Adaptive Control Strategy of Ship SOFC Hydrid Power System Based on The Mg-based Solid-state Hydrogen Storage |
王旭升 | 上海交通大学 | |
| Oral |
Study of Adaptive Control Strategy of Ship SOFC Hydrid Power System Based on The Mg-based Solid-state Hydrogen Storage |
Xusheng Wang | |||
| 16:30-16:45 | 口头报告 |
Machine learning-guided DFT calculations for hydrogen storage materials: different inner and outer hydrogen storage mechanisms for a novel bilayer bi-vacancy hydrogen storage material |
贾泽鹏 | 陕西理工大学 | |
| Oral |
Machine learning-guided DFT calculations for hydrogen storage materials: different inner and outer hydrogen storage mechanisms for a novel bilayer bi-vacancy hydrogen storage material |
Zepeng Jia | |||
| 16:45-17:00 | 口头报告 |
Influence of element substitution on structural stability and hydrogen storage performance: A theoretical and experimental study on TiCr2-xMnx alloy |
蒋文斌 | 华南理工大学 | |
| Oral |
Influence of element substitution on structural stability and hydrogen storage performance: A theoretical and experimental study on TiCr2-xMnx alloy |
Wenbin Jiang |
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