9. EUROPEAN CONFERENCE ON RENEWABLE ENERGY SYSTEMS, İstanbul, Turkey, 21 - 23 April 2021, pp.476-480
The present study offers
an environmental-, budget- and output energy-friendly triboelectric
nanogenerator (TENG) based on semiconductor-based friction layers to power
electronic devices with high performance systems. TENGs gather mechanical
energy and convert it into electricity. Growth ZnO thin films in nano-forms as friction layers can be used to maximize
the output voltages of the triboelectric nanogenerator. To raise the magnitude
of triboelectric effect, the effective contact surface area, micro and
nanostructure conditions of the thin film should be tuned by variations in the
growing conditions such as partial O2 pressures. To determine the crystal
structure, surface morphology, resistance and capacitance properties of thin
films XRD, SEM, AFM, ln(I)-V, and frequency dependent-capacitance measurements
were done. According to the structural and electrical features was obtained
both as desired and in accordance with the literature.