Titlebook: Handbook of Triboelectric Nanogenerators; Zhong Lin Wang,Ya Yang,Jie Wang Reference work 2023 Springer Nature Switzerland AG 2023 Self-Pow

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Sun-Woo Kim,Jin-Kyeom Kim,Sungwoo Jung,Jae Won Lee,Changduk Yang,Jeong Min Baiktter care, in that, a total district service can be encompassed and the service may be more acceptable to all health professionals. We describe the setting up of such a team and we believe that our experience will help others to proceed more quickly and efficiently.

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Springer Nature Switzerland AG 2023

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Introduction to Triboelectric Nanogeneratorsby a conjunction of triboelectrification and electrostatic induction. TENG is a paradigm shift technology and has unprecedented performances. TENG uses neither magnets nor coils; it is light in mass, low in density, low in cost, and can be fabricated using most of organic materials. Most importantly

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The Origins of Solid-Solid Contact Electrificationontact materials. Though the triboelectric effect has been observed and studied for centuries, the origin of CE remains as one of the most debatable topics for the scientific community. In this chapter, the historical and current understanding of the origins of solid-solid CE has been reviewed. The

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Origins of Liquid-Solid Contact Electrificationric double layer (EDL) at the L-S interface has been attributed due to the adsorption of a layer of ions at the solid surface, which causes the ions in the liquid to redistribute. Although the existence of a layer of charges on a solid surface is always assumed, but the origin of the charges is not

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Displacement Current Theory of Triboelectric Nanogeneratorsals without an applied electric field. Against this background, a polarization vector term ., representing the polarization owing to the pre-existing electrostatic charges on the media, has been introduced to clarify the energy conversion process of TENGs. With the modification of electric displacem

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Quantitative Calculation of Output Power and Spherical Triboelectric Nanogeneratorsthe consequences of requiring a uniform charge density versus a uniform potential on the electrodes are revealed. Optimization of TENG parameters is carried out using a boundary element method developed for the problem at hand. Numerical results based on boundary element and finite element methods a

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Quantification of Triboelectric Charge Density for a Solidriboelectrification as a fundamental material’s property for solids can reveal the intrinsic character of solid materials for gaining or losing electrons during contact electrification. The quantitative materials database is a useful tool to systematically understand the relationship between triboel