研究目的
To review the progress of PVDF as a functional material for triboelectric nanogenerators and self-powered sensors, focusing on its role in enhancing the output power of TENGs and its applications in sensor technology.
研究成果
PVDF-based materials have shown great promise as effective dielectrics in TENGs, offering advantages such as flexibility, high ferroelectric properties, and high electron affinities. Despite progress, challenges remain in achieving sufficient output power for self-powered systems. Future research should focus on improving charge transfer efficiency and material properties to realize the full potential of TENGs in portable and wearable electronics.
研究不足
The output power of TENGs may not be sufficient for the realization of self-powered systems due to limitations in charge transfer efficiency and the capability of holding charge in the dielectric. The review also highlights the need for further improvements in material properties and device designs to enhance performance.
