海報展示(Poster)
海報展示 (Poster Section):
提供單張海報張貼空間為寬850 mm、高900 mm。
海報尺寸建議以A0全開(841 mm × 1189mm)為限。
The space for each poster is 850 mm in width and 900 mm in height.
The Poster size shall be limited and no larger than A0 (841 mm × 1189mm).
| 序號 | Given Name | Fam Name | Chinese | Title |
|---|---|---|---|---|
| P01 | Tzu-Yi | Yang | 楊子毅 | Thermal characteristics of the phase transition in BaFe2Al9 |
| P02 | Sheng-Chi | Chen | 陳勝吉 | Thermoelectric performance of Mg-Sn alloy films: Role of mixed phases of Mg9Sn5 and Mg2Sn |
| P03 | Cheng-Lung | Chen | 陳正龍 | Fabrication and thermoelectric properties of thermally-driven cobalt-intercalated n-type (CuI)0.002Bi2Te2.7Se0.3 crystals |
| P04 | Te-Hsien | Wang | 王德賢 | Perfect Two-Dimensional Electronic Structure in Tetragonal PbTiO3: A Promising Candidate for High-Performance Thermoelectrics |
| P05 | IMMANUEL | PAULRAJ | 尹曼偉 | Enhanced Performance of Screen-Printed Cu0.6Ni0.4 (n-leg) and PEDOT:PSS (p-leg) Film Thermoelectric Generators for Efficient Energy Harvesting |
| P06 | VINOTHKUMAR | LOURDHUSAMY | 米諾 | Enhanced Thermoelectric Performance of Iodine doped p- type Cu2Se0.96Te0.04/Cu2O Composite and Study the Effect of Operating Temperature of a Thermoelectric Generator made of 6 pairs of p-Cu2Se0.96Te0.02I0.02/Cu2O and n-InSb0.94Bi0.06 |
| P07 | Bo-Chen | Tang | 湯博丞 | Optimizing Carrier Concentration in Zn4Sb3 Thin Films via Tin Doping for Enhanced Thermoelectric Performance |
| P08 | Li-Chyong | Chen | 林麗瓊 | Texture control to achieve high in-plane thermoelectric performance in polycrystalline tin monosulfide co-doped with silver and sodium |
| P09 | Bhawna | Jarwal | Bhawna Jarwal | Metal-Semiconductor-based Nanocomposite as Potential Thermoelectric Material |
| P10 | Sana | Ullah | Phase stability and theoretical prediction of the oxide perovskite PbTiO3 and its prototypes | |
| P11 | Jen Hsun | Weng | 翁振薰 | Highly deformable self-sealing Bi2Te3-based FTE |
| P12 | Yi-Hsuan | Lai | 賴奕亘 | Development of high-entropy diffusion barrier for medium-temperature thermoelectric module |
| P13 | Yun-Han | Huang Lu | 黃呂允涵 | Enhanced Thermoelectric Performance and Stabilization of Silver Chalcogenides |
| P14 | Kavirajan | Sugumaran | Effect of sulvanite-doping on the thermoelectric properties of tin sulphide (SnS) | |
| P15 | Cheng-Yu | Tsai | 蔡承祐 | Optimizing Thermoelectric Performance of p-type Bi2Te3 via Van der Waals gap Engineering |
| P16 | Chao-Kuang | Wen | 溫朝光 | Zn-Sb thermoelectric thin films deposited by high power impulse magnetron sputtering |
| P17 | Cheng Hao | Kung | 龔成浩 | Enhancing Thermoelectric Performance in GeTe Modules Using Cobalt Diffusion Barriers |
| P18 | Min-Nan | Ou | 歐敏男 | Thermoelectric properties of metal chloride doped SnS |
| P19 | Suman | Abbas | Enhancement in Thermoelectric Properties of Molybdenum (Mo) doped Cubic Ge-Sb-Te Thin Films | |
| P20 | Hans Hong-Ming | Jheng | 鄭閎名 | Enhancing Thermoelectric Performance of GeTe Through Indium Doping |
| P21 | Wei Ching | Lai | A study of interfacial reaction of Ni(P)/SnS couples | |
| P22 | Ya-Hsin | Pai | 白雅馨 | Development of Organic Ionic Thermoelectrics and Exploration of Ionic-Electronic Composites |
| P23 | LAN-HSI | WU | 吳嵐熙 | Thermoelectric Performance Measurements of Tin Selenide Nanoflakes |
| P24 | Cheng-Ruei | Wu | 吳承睿 | Enhancing thermoelectric properties of GeTe-based medium-entropy thermoelectric materials |
| P25 | Yen Ling | Wang | 王晏羚 | Periodic Boron-mediated hetero-interface engineering for enhancing the thermoelectric performance of Bi2Te2.7Se0.3 films. |