Organometallic halide perovskite materials are attracting considerable interest for high
performance photovoltaic and photodetector applications due to their exceptional opto …

Purpose: The authors introduce a radiation detection method that relies on high‐energy
current (HEC) formed by secondary charged particles in the detector material, which induces …

Purpose Various dosimeters have been proposed for skin dosimetry in electron
radiotherapy. However, one main drawback of these skin dosimeters is their lack of …

Purpose: The authors experimentally investigate the effect of direct energy conversion of x‐
rays via selfpowered Auger‐and photocurrent, potentially suitable to practical radiation …

For the first time, a blend of carbazolyl‐containing small molecules and tungsten particles for
X‐ray‐sensitive layers is developed using the solvent‐free melt spin‐coating (MSC) method …

We studied the effective contact potential difference (ECPD) of thin film nanostructures and
its role in self-powered X-ray sensors, which use the high-energy current detection scheme …

Objective. In this feasibility study, we explore an application of a Resistive Electrode Array
(REA) for localization of a radioactive point source. The inverse problem posed by …

Purpose A new type of thin‐film interdigital detector (TFID) for medical dosimetry is
investigated. The focus of this study was to characterize the detector response as a function …

A simple theoretical model explaining the increase of X-ray sensitivity caused by adding
tungsten nanoparticles into thin layers of organic materials is proposed. The mentioned …

Abstract [eng] Organic electronics are expanding rapidly with more and more applications
being discovered for it, and electroactive hydrocarbons are receiving attention among …