Sustainable Development Goals
Abstract/Objectives
The individual has trained a PhD student, six Master's students, and several undergraduate project students, contributing to their education and development. Their research focuses on themes applicable to both indoor and outdoor metal devices or containers, which aim to lower thermal management power consumption and provide economic energy-saving benefits. This work has been shared through conference presentations and journal submissions, boosting the academic visibility and influence of their nation, institutions, and themselves. Additionally, the research themes positively impact the green energy industry, enhancing its value and development.
Results/Contributions
Education: Trained 1 PhD student, 6 Master's students, and several undergraduate project students.
Economics: The research project themes can be applied to indoor and outdoor metal devices or containers, reducing their thermal management power consumption, thus providing energy-saving economic value.
Academic Development: Shared research results through conference presentations and journal submissions, enhancing the academic visibility and influence of the nation, institutions, and individuals.
Industrial Development: The research project themes have a positive value-added effect on the green energy industry.
Keywords
Atmospheric window； daytime radiative cooling； electrophoresis； Janus structure； radiation dissipater； radiation extractor； wavelength-selectivity
References
1. https://sites.google.com/site/ybchenlab/
Radiation Thermophysics and Engineering Laboratory (RTELab)
Media Information
Contact Information
動力機械工程學系
pme@pme.nthu.edu.tw