Ti₃C₂T_x/SnO₂P–N heterostructure construction boosts room-temperature detecting formaldehyde AITranslate

1Peng Zhang,Le-Xi Zhang,Heng Xu,Yue Xing,Jing-Jing Chen,Li-Jian Bie.Ultrathin CeO_(2) nanosheets as bifunctional sensing materials for humidity and formaldehyde detection[J].Rare Metals,2021,40(6):1614-1621. 被引量：6

2Le-Xi Zhang,Ming-Mei Zhao,Yan-Yan Yin,Yue Xing,Li-Jian Bie.Rich defects and nanograins boosted formaldehyde sensing performance of mesoporous polycrystalline ZnO nanosheets[J].Rare Metals,2022,41(7):2292-2304. 被引量：4

3Wei Liu,Ding Gu,Jian-Wei Zhang,Xiao-Gan Li,Marina N.Rumyantseva,Alexander M.Gaskov.ZnSe/NiO heterostructure-based chemiresistive-type sensors for low-concentration NO_(2) detection[J].Rare Metals,2021,40(6):1632-1641. 被引量：3

4Zijing Wang,Fen Wang,Angga Hermawan,Yusuke Asakura,Takuya Hasegawa,Hiromu Kumagai,Hideki Kato,Masato Kakihana,Jianfeng Zhu,Shu Yin.SnO-SnO_(2) modified two-dimensional MXene Ti3C2Tx for acetone gas sensor working at room temperature[J].Journal of Materials Science & Technology,2021(14):128-138. 被引量：3

5Zhen-Yu Yuan,Fan Yang,Hong-Min Zhu,Fan-Li Meng,Medhat Ibrahim.High-response n-butanol gas sensor based on ZnO/In_(2)O_(3) heterostructure[J].Rare Metals,2023,42(1):198-209. 被引量：3

6Zhen-Lu Chen,Ding Wang,Xian-Ying Wang,Jun-He Yang.Enhanced formaldehyde sensitivity of two-dimensional mesoporous SnO_(2) by nitrogen-doped graphene quantum dots[J].Rare Metals,2021,40(6):1561-1570. 被引量：5

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2Haibin Yang,Duowen Ma,Yang Li,Qinghe Zhao,Feng Pan,Shisheng Zheng,Zirui Lou.Mo doped Ru-based cluster to promote alkaline hydrogen evolution with ultra-low Ru loading[J].Chinese Journal of Structural Chemistry,2023,42(11):6-12. 被引量：1

4Yu Zhang,Liting Wu,Shaopeng Wang,Dingyi Yang,Huan Liang,Yizhang Wu,Jian Hao,Youqing Wang,Jianke Liu,Yong Wang.Enhanced visible-light photocatalytic hydrogen evolution using two-dimensional carbon nitride sheets with the removal of amine groups[J].Chinese Chemical Letters,2024,35(2):446-450. 被引量：1

5Juntao Gao,Zhiyun Wei,Mengke Yuan,Zhe Wang,Zhe Lü,Qiang Li,Lingling Xu,Bo Wei.Boosting oxygen reduction activity and CO_(2) resistance on bismuth ferrite-based perovskite cathode for low-temperature solid oxide fuel cells below 600℃[J].Journal of Energy Chemistry,2024,90(3):600-609. 被引量：1

6Mufeng Yu,Yiming Tang,Yuxin Liao,Wanhan He,Xin-xin Lu,Xin Li.Defect-designed Mo-doped BiVO_(4)photoanode for efficient photoelectrochemical degradation of phenol[J].Journal of Materials Science & Technology,2023(34):225-234.

7Wei Zhang,Jiangshui Luo,Xuan Zhang,Wei Guo,Ning Han,Sijie Xie,Zhenyu Zhou,Zahid Anwer,Zhenhong Xue,Jan Fransaer.Metal-organic framework-derived CoP_(2)@N-doped carbon hollow spheres for efficient oxygen evolution reaction[J].Journal of Materials Science & Technology,2023(33):240-245.

8Can Liu,Qiao-Qiao Zou,Bin Liu,Yong Zhang.A visible-light-assisted Pd/TiO_(2)gas sensor with carbon nanotubes electrodes for trace formaldehyde detection[J].Rare Metals,2024,43(1):257-266.

9Cheng Xu,Thayalan Rajeshkumar,Laurent Maron,Xuebing Leng,Yaofeng Chen.Generation,bonding and reactivity of transient zinc-substituted silylenes[J].Science China Chemistry,2024,67(4):1256-1262.

10Xiubin Xu,Chuanghong Xiao,Yanting Chen,Danfeng Yu,Yu Lu,Ian Wyman,Xu Wu.Sustainable curcumin-based smart tough fluorescent hydrogels for anti-counterfeiting applications[J].Green Chemical Engineering,2023,4(4):379-386.

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Chinese Library Classification Number:TB33[一般工业技术—材料科学与工程];TP212[自动化与计算机技术—检测技术与自动化装置]

Citation Information:

Formaldehyde is a common atmospheric pollutant produced in industrial production and daily life.However,the traditional semiconductor formaldehyde gas sensor cannot work at room temperature,which limits its practical application.Therefore,developing high-performance gas sensors for rapidly and accurately detecting formaldehyde at room temperature is an important topic.In this study,Ti₃C₂Tx/SnO₂heterostructures were constructed,which could selectively detect formaldehyde at room temperature with a response value of 29.16%(10×10^-6).In addition,the sensor shows a remarkable theoretical detection limit of 5.09×10^-9and good longterm stability.Density functional theory(DFT)simulations reveal that SnO₂nano spheres provide the majority of adsorption sites that strongly interact with formaldehyde.Meanwhile,Ti₃C₂T_xacting as a conductive layer facilitates the transfer of charge carriers so that they show a sensing response to formaldehyde at room temperature.Moreover,the formation of p-n heterostructures between SnO₂and Ti₃C₂T_xboosts the Schottky barrier at the interface,which is the critical factor in enhancing the sensing properties by turning the Schottky barrier upon introducing formaldehyde gas.This perspective is expected to provide instructive guidance for utilizing MXene/metal oxide nanocomposites to improve the gas sensing performance at room temperature.