… developments in ultraviolet UV detector technology is described. At the beginning, the
classification of UV detectors and general requirements imposed on these detectors are presented…

… This paper presents an overview of semiconductor ultraviolet (UV) photo-detectors that are
currently available and associated technologies that are undergoing further development. At …

… UV detectors. In this article, wide bandgap semiconductor nanowire-based UV detectors are
… First, a visual classification of UV detectors is presented. The mechanism imposed on each …

… Recently, we found that the detectors can work at the … -semiconductor (MIS) Schottky-type
photodiodes [8]. On the other hand, one-dimensional (1D) nanostructured UV detectors are …

… 5) of the based semiconductor must be high at λ … detectors based on semiconductors having
a bandgap near 3.2 eV, for instance, GaN, AlGaN or 6H-SiC; however these semiconductors …

… The wavelength of deep ultraviolet light (DUV) is between 190 and 350nm. The DUV
detectors in this paper are all within this detection range. The spectrum of the ultraviolet region is …

In this letter, metal-semiconductor-metal (MSM) TiO 2 ultraviolet (UV) detectors with Ni
electrodes have been fabricated. TiO 2 thin films were prepared by sol-gel method. At 5 V bias, …

… semiconductors for the detection of X- and γ-ray radiation. While Si and Ge have become
detection … Compound semiconductors encompass such a wide range of physical properties that …

… Commercially available silicon wafers, which have long been applied for detecting …
Oxide semiconductor nanoparticles have seen great development in the UV detection field. …

… of semiconductor detectors while applications are only touched peripherally. Emphasis is
on silicon detectors … amorphous semiconductor detectors will not be covered in this book. …