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• W2334233294 endingPage "16226" @default.
• W2334233294 startingPage "16217" @default.
• W2334233294 abstract "The use of composite materials and polynary compounds is a promising strategy to promote conductometric sensor performances. The perovskite oxides provide various compositional combinations between different oxides for tuning gas-sensing reaction and endowing rich oxygen deficiencies for preferable gas adsorption. Herein, a sacrificial colloidal template approach is exploited to fabricate crystalline ternary LaFeO3 perovskite porous thin films, by transferring a La3+–Fe3+ hybrid solution-dipped template onto a substrate and sequent heat treatment. The honeycomb-like LaFeO3 film consisted of monolayer periodic pore (size: ∼ 500 nm) array can be successfully in situ synthesized in a homogeneous layout with a single phase of perovskite. This periodic porous LaFeO3 film with p-type semiconductivity exhibits a high gas response, fast response (∼4 s), trace detection capacity (50 ppb), and favorable ethanol selectivity from similar acetone. It exhibits enhanced sensing performances compared to those of a binary n-type Fe2O3 film and a nontemplated dense LaFeO3 film. In addition, a five-axe spiderweb diagram is introduced to make a feasible evaluation of the optimal practical work condition, comprehensively regarding the response/recovery rate, gas response, selectivity and operating temperature. The enhanced ethanol sensing mechanism of honeycomb-like LaFeO3 periodic porous film is also addressed. This novel and facile route to fabricate well-ordered porous LaFeO3 thin film can also be applied to many fields to obtain special performances, such as solar cells, ion conductors, gas separation, piezoelectricity, and self-powered sensing device system." @default.
• W2334233294 created "2016-06-24" @default.
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• W2334233294 date "2014-09-09" @default.
• W2334233294 modified "2023-10-11" @default.
• W2334233294 title "Honeycomb-like Periodic Porous LaFeO₃ Thin Film Chemiresistors with Enhanced Gas-Sensing Performances" @default.
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• W2334233294 doi "https://doi.org/10.1021/am504386q" @default.
• W2334233294 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25166756" @default.
• W2334233294 hasPublicationYear "2014" @default.
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