“…It is believed that a higher dielectric constant and material stability are the prerequisites for the achievement of higher pressure-sensing properties. 9–12…”
Section: Introductionmentioning
confidence: 99%
“…It is believed that a higher dielectric constant and material stability are the prerequisites for the achievement of higher pressure-sensing properties. [9][10][11][12] As a type of perovskite-type ceramic oxide, SeZnO 3 has attracted increasing attention for pressure sensing applications due to its special crystal structure, 13 large surface area, and abundant oxygen vacancies. 14 SeZnO 3 is a rare perovskite oxide with a valence combination of Se 4+ Zn 2+ -O 3 .…”
A pressure sensor based on Ag/SeZnO3 nanocomposites exhibits a significantly enhanced pressure sensitivity, which is attributed to an increased dielectric constant and an effective electron transfer between Ag and SnZnO3.
“…It is believed that a higher dielectric constant and material stability are the prerequisites for the achievement of higher pressure-sensing properties. 9–12…”
Section: Introductionmentioning
confidence: 99%
“…It is believed that a higher dielectric constant and material stability are the prerequisites for the achievement of higher pressure-sensing properties. [9][10][11][12] As a type of perovskite-type ceramic oxide, SeZnO 3 has attracted increasing attention for pressure sensing applications due to its special crystal structure, 13 large surface area, and abundant oxygen vacancies. 14 SeZnO 3 is a rare perovskite oxide with a valence combination of Se 4+ Zn 2+ -O 3 .…”
A pressure sensor based on Ag/SeZnO3 nanocomposites exhibits a significantly enhanced pressure sensitivity, which is attributed to an increased dielectric constant and an effective electron transfer between Ag and SnZnO3.
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