Particle Dispersion and Energy-Storage Materials Lab
微粒子分散與儲能材料實驗室
恭賀 彭茂軒同學 榮獲112年中國材料科學學會 《2023 台灣材料科學微結構影像美學競賽》佳作
恭賀 張樂傑同學 榮獲112年材料系大學部論文競賽 優等 ! !
恭賀 葉書銘同學 榮獲111年陶瓷年會碩士論文獎第一名 ! !
恭賀 卓泉勝同學 榮獲110年度盧善棟獎學金 ! !
恭賀 卓泉勝同學 榮獲110年材料年會口頭英文競賽佳作 ! !
王郁涵's research work has been published in the Applied Materials Today.
Highly effective EMI shielding composites for 5G Ka-band frequencies
葉書銘's research work has been published in the Journal of Materials Chemistry A.
Enhancing Li+ Transport Efficiency in Solid-State Li-ion Batteries with Ceramic-Array-Based Composite Electrolyte
李冠瑋's research work has been published in the Journal of Energy Storage.
Enhancing electrochemical performance of solid-state Li-ion batteries with composite electrolytes of fibrous LLZTO and PVDF-HFP: The role of LLZTO fiber diameter
Porous Microspheres
The specially designed copolymers have unique chemical and physical properties, which can form porous structures by a facile single-step process. The fabricated porous microspheres have a pore size ranging from submicrometer to micrometer.
Self-healing Materials
The self-healing function of microcapsules has attracted the most interest in recent decades. Based on the healing mechanism, not only the structural fracture but other physical properties such as anti-corrosion or electrical conductivity can also be spontaneously restored.
High-energy lithium-ion batteries
Lithium−sulfur batteries fabricated by using the core–shell composites composed of a commercial sulfur core and a carbon nanopowder shell show reduced self-discharge and improved capacity and maintained 100 % of the columbic efficiency.
