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职业迁徙
个人简介
Her core expertise is in the designing of complex intermetallic and ceramic materials using powder metallurgy techniques, phase boundary engineering and high temperature thermal and electronic transport properties analysis. Her research vision is to design novel materials for space applications based on a defect engineering approach. Defects (impurities, secondary phases, voids) are not something to be simply avoided but could be designed and engineered to fulfill specific structural and/or functional purposes. By establishing the relationship between structural chemistry and functional properties through both experimental data and predictive simulations, materials with desired performance for harsh space environment can carry us one step closer towards our space dream.
Her current research portfolio is structured to realize this vision through three main topic areas:
Ultra-high temperature ceramics for extreme temperature applications such as rocket nozzles, leading edge of hypersonic flights, combustion engine blades etc.
Optimization of simulant Martian regolith material and development of material descriptor for space habitation
Material evolvement during impact cratering in extraterrestrial planets
研究兴趣
论文共 25 篇作者统计合作学者相似作者
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arxiv(2022)
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Daniel Landmann,Yinglu Tang, Benjamin Kunz,Renato Huber,Daniel Widner, Peter Rickhaus,Remo N. Widmer,Hans Rudolf Elsener,Corsin Battaglia
ECS Meeting Abstractsno. 32 (2018): 1103-1103
Journal of Materials Chemistry Ano. 45 (2016): 17726-17731
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D-Core
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