Self-Powered Photodetectors - Goel, Varun;Kumar, Hemant
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The objective of this book is to demonstrate the incorporation of the pyro-phototronic effect to improve the performance metrics of a self-powered photodetector without compromising the selectivity. Pyroelectric materials like ZnO QDs and CdSe QDs are used for the fabrication of spectrum-selective self-powered photodetectors. The integration of CdSe QDs with organic material such as PQT-12, has also been explored. This combination is further inclined towards low-temperature processing and can be utilized in flexible electronics. An equivalent circuit has also been proposed for pyro-phototronic effect-enhanced self-powered photodetectors.…mehr

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Produktbeschreibung
The objective of this book is to demonstrate the incorporation of the pyro-phototronic effect to improve the performance metrics of a self-powered photodetector without compromising the selectivity. Pyroelectric materials like ZnO QDs and CdSe QDs are used for the fabrication of spectrum-selective self-powered photodetectors. The integration of CdSe QDs with organic material such as PQT-12, has also been explored. This combination is further inclined towards low-temperature processing and can be utilized in flexible electronics. An equivalent circuit has also been proposed for pyro-phototronic effect-enhanced self-powered photodetectors.
Autorenporträt
Varun Goel received his B.Tech, M.tech, and PhD from UPTU, IIT(BHU), and JIIT respectively. Hemant Kumar got his B. E., M. Tech., and Ph. D. degrees from the RJIT, Gwalior; IIIT, Gwalior, and IIT(BHU), Varanasi respectively.Both author's research areas include the fabrication and characterization of quantum dot-based thin-film sensors.