化学
白天
发光
兴奋剂
辐射传输
稀土
没食子酸
土(古典元素)
光化学
光电子学
矿物学
大气科学
光学
核化学
物理
数学物理
作者
Guanning Chen,Maochen Zhu,Degao Zhong,Jian‐Hong Liu,Yongjian Li,Y. D. Zang,Shouyi Sun,Hao Liu,Shoubo Wang,Yingfei Xin,Xiao-Xiong Wang,Chen Hu,Bing Teng
标识
DOI:10.1021/acs.inorgchem.4c03438
摘要
Currently, the implementation of passive daytime radiative cooling based on zero-energy cooling methodologies primarily focuses on polymers and composite materials, whereas the available literature on all-inorganic materials is relatively few. Here, we present a novel microcrystalline glass material CaGa
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