Titlebook: Handbook of II-VI Semiconductor-Based Sensors and Radiation Detectors; Vol. 3: Sensors, Bio Ghenadii Korotcenkov Book 2023 The Editor(s) (i

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CdTe-/CdZnTe-Based Radiation Detectors. The main types of solid-state detectors of hard radiation and the criteria for choosing the optimal material for their creation are considered. It was found that to assess the ability of the detector material to accumulate and register radiation-induced charges, it makes sense to use three paramet

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ZnS-Based Neutron and Alpha Radiation Detectorsthat the use of ZnS doped with Ag as a scintillator and .LiF as a converter converting neutron radiation into a beam of alpha particles and tritons is the best combination for developing neutron detectors. The methods used for the synthesis of ZnS(Ag) aimed for use in detectors are considered. The a

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Nanocomposite and Hybrid-Based Electric and Electronic Gas Sensorsr the formation of nanocomposites containing II-VI semiconductors, and summarizes the sensor properties of these composites under thermal and light activation. When detecting gases under thermal activation, the role of II-VI semiconductors in such nanocomposites in most cases is the manipulation of

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Nanomaterial-Based Electric and Electronic Gas Sensorsal oxide semiconductors (MOSs) are definitely the most investigated materials, but they have shown several shortcomings, including the lack of selectivity and stability over time, which have limited their use in many applications. This has led researchers to design and synthesise advanced nanostruct

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II–VI Semiconductor-Based Humidity Sensorso the unique properties of water, humidity of the atmosphere strongly affects living organisms, including humans, and materials. Currently, the most common devices used to measure humidity of the air are solid-state humidity sensors such as conductometric, capacitive, and quartz crystal microbalance