Titlebook: Organic Semiconductor Devices for Light Detection; Jonas Kublitski Book 2022 The Editor(s) (if applicable) and The Author(s), under exclus

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袋鼠

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Enhancing Sub-Bandgap External Quantum Efficiency by Photomultiplication in Narrowband Organic Nearh selective devices. Photomultiplication-type organic detectors (PM-OPDs) have shown to achieve high efficiencies mainly in the visible range. Much less research has been focused on realizing near-infrared narrowband PM-OPDs. Here, we demonstrate fully vacuum-processed narrow- and broadband PM-OPDs.

大溝

Summary and Outlook,omagnetic radiation. Organic photodetectors offer many new possibilities of use, however, their low performance still hampers the commercialization. In what follows, the findings towards high performance OPDs achieved within this entire work are summarized and the main outcomes are highlighted. More

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Obscure

Summary and Outlook,n what follows, the findings towards high performance OPDs achieved within this entire work are summarized and the main outcomes are highlighted. Moreover, an outlook for the field of OPDs is given where the most important current challenges are presented.

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ANN

Organic Semiconductors for Light Detection,presented. In Sect. ., we follow the different processes experienced by a charge carrier, from excitation to extraction, which enables to describe the external quantum efficiency. Finally, an overview of the architecture of OPDs and organic photomultiplicators (OPMs), two organic light detecting devices, is given in Sects. . and ..