Fluorine doping-induced oxygen vacancy-rich TiO2 via contact activation for signal boosting in electrochemical sensing

Chengyi Lu,Yiyue Ma,Yong Cao,Qiaogao Huang,Jianlong Wang

Chemical Engineering Journal（2023）

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摘要

•A simple room-temperature F doping strategy via contact activation was firstly proposed.•The oxygen vacancy was introduced into TiO2 by F doping.•Amperometric response is significantly enhanced by ∼ 350 times after F doping.•F-doped OV-TiO2 exhibits good sensing performance in DAH detection.

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关键词

Electrochemical sensor,Dopamine hydrochloride,Oxygen vacancy,Fluorine doping

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