Original paper
Coaxial electrospinning Fe2O3@Co3O4 double-shelled nanotubes for enhanced ethanol sensing performance in a wide humidity range
Abstract
Gas sensors play a crucial part in air monitoring and exclusive detection of exhaled biomarkers. Co3O4 is regarded as a promising gas sensing material in lower temperatures (<200 °C) due to its affinity with oxygen and multivalent characteristics. However, its poor intrinsic conductivity leads to a lower response, hindering further practical applications. The introduction of Fe2O3 is desired to enhance the conductivity and regulate...
Paper Details
Title
Coaxial electrospinning Fe2O3@Co3O4 double-shelled nanotubes for enhanced ethanol sensing performance in a wide humidity range
Published Date
Jan 1, 2022
Volume
891
Pages
161868 - 161868
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Notes
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