Triboelectric Nanogenerators, A Study of Sliding Mode Mechanism

Abstract

This experimental abstract focuses on investigating the surface electric potential of two dielectrics within a Triboelectric Nanogenerator (TENG) and elucidating the resultant open circuit voltage and short circuit current. The study explores the intricate triboelectric effect, where contact and separation between materials lead to the generation of electric charges. Using a TENG setup, the experiment measures and analyzes the surface electric potential of two dielectric materials in contact, examining their interaction dynamics. The primary objective is to quantify the open circuit voltage and short circuit current generated by the TENG in response to the triboelectric effect. By employing precise instrumentation and methodologies, the study aims to provide a comprehensive understanding of the relationship between surface electric potential and the electrical output of the TENG. This experimental exploration contributes valuable insights into the fundamental principles governing TENG operation and offers practical data for optimizing its performance. The results obtained from this investigation hold significance for the advancement of TENG technology, providing a basis for refining material selection, design strategies, and applications. This abstract encapsulates the experimental approach, emphasizing the quantification of surface electric potential and its direct correlation with the open circuit voltage and short circuit current in the context of triboelectric nanogenerators