首页|期刊导航|Journal of Advanced Ceramics|Ultrasensitive low-temperature H_(2)S detection enabled by microwave-synthesized CuO/SnO_(2)/RGO composite nanosheets with abundant heterojunctions
Ultrasensitive low-temperature H_(2)S detection enabled by microwave-synthesized CuO/SnO_(2)/RGO composite nanosheets with abundant heterojunctions
Li Yin Kang Zhao Mengxin Han Wenpei Shi Tengbiao Yu Hui He Bin Zhao Bingbing Fan Deliang Chen Rui Zhang
Journal of Advanced Ceramics2026,Vol.15Issue(5):P.83-93,11.
Journal of Advanced Ceramics2026,Vol.15Issue(5):P.83-93,11.DOI:10.26599/JAC.2026.9221282
Ultrasensitive low-temperature H_(2)S detection enabled by microwave-synthesized CuO/SnO_(2)/RGO composite nanosheets with abundant heterojunctions
摘要
关键词
CuO/SnO_(2)/graphene/microwave-assisted synthesis/heterojunction/H_(2)S sensing performance分类
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Li Yin,Kang Zhao,Mengxin Han,Wenpei Shi,Tengbiao Yu,Hui He,Bin Zhao,Bingbing Fan,Deliang Chen,Rui Zhang..Ultrasensitive low-temperature H_(2)S detection enabled by microwave-synthesized CuO/SnO_(2)/RGO composite nanosheets with abundant heterojunctions[J].Journal of Advanced Ceramics,2026,15(5):P.83-93,11.基金项目
funded by the National Natural Science Foundation of China(Grant No.51602357) (Grant No.51602357)
the Natural Science Foundation for Excellent Youth of Henan Province(No.212300410097) (No.212300410097)
the Science and Technology Project of Henan Province(No.252102230131). (No.252102230131)