Field effect nanogenerator operated by sliding gates
Chongxiang Pan,
Leo N.Y. Cao,
Jia Meng
et al.
Abstract:Controlling the motion of charge carriers in semiconductor materials is the fundamental strategy to realize many functional devices, which is typically done by applying an external voltage source. Here, using...
“…1b. 13,16,20–33 In comparison to the previous state-of-the-art research (130 V), the output DC voltage of the I-Q-TVNG significantly increased 16.8-fold (2324 V). In addition, the normalized retention rates of output performance for some highly durable TVNGs are listed in Table S2 (ESI†).…”
Semiconductor-based tribovoltaic nanogenerator (TVNG) is a promising continuous direct current (DC) technology. However, the limited built-in/interfacial electric field causing unsatisfactory carrier separation/extraction efficiency produces suboptimal and erratic output voltage, becoming...
“…1b. 13,16,20–33 In comparison to the previous state-of-the-art research (130 V), the output DC voltage of the I-Q-TVNG significantly increased 16.8-fold (2324 V). In addition, the normalized retention rates of output performance for some highly durable TVNGs are listed in Table S2 (ESI†).…”
Semiconductor-based tribovoltaic nanogenerator (TVNG) is a promising continuous direct current (DC) technology. However, the limited built-in/interfacial electric field causing unsatisfactory carrier separation/extraction efficiency produces suboptimal and erratic output voltage, becoming...
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