Self-Powered Mechanical Energy Sensor Application of SnO2/Ag and PMMA/ITO Nanocomposites via Triboelectric Effect
The triboelectric nanogenerator is a state-of-the-art device for addressing the growing
problem of meeting the world's ever-increasing energy needs by converting mechanical
energy into electrical energy. Using the popular semiconductor SnO2 nanostructured thin
films as a triboelectric layer over contact regions, as opposed to polymers with lesser
performance, increases the output power and life time of nanogenerators. In order to design
a triboelectric nanogenerator, deposited thin film SnO2 is used as a friction layer with Ag …
problem of meeting the world's ever-increasing energy needs by converting mechanical
energy into electrical energy. Using the popular semiconductor SnO2 nanostructured thin
films as a triboelectric layer over contact regions, as opposed to polymers with lesser
performance, increases the output power and life time of nanogenerators. In order to design
a triboelectric nanogenerator, deposited thin film SnO2 is used as a friction layer with Ag …
Self-Powered Mechanical Energy Sensor Application of SnO2/Ag and PMMA/ITO Nanocomposites via Triboelectric Effect
G Durak Yüzüak, M Çetin… - Gazi University Journal of …, 2023 - avesis.erdogan.edu.tr
The triboelectric nanogenerator is a state-of-the-art device for addressing the growing
problem of meeting the world's ever-increasing energy needs by converting mechanical
energy into electrical energy. Using the popular semiconductor SnO2 nanostructured thin
films as a triboelectric layer over contact regions, as opposed to polymers with lesser
performance, increases the output power and life time of nanogenerators. In order to design
a triboelectric nanogenerator, deposited thin film SnO2 is used as a friction layer with Ag …
problem of meeting the world's ever-increasing energy needs by converting mechanical
energy into electrical energy. Using the popular semiconductor SnO2 nanostructured thin
films as a triboelectric layer over contact regions, as opposed to polymers with lesser
performance, increases the output power and life time of nanogenerators. In order to design
a triboelectric nanogenerator, deposited thin film SnO2 is used as a friction layer with Ag …
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