Amorphous selenium (a-Se) is a photoconductive material that has been intensively
investigated from its early application in xerography to its present application in flat panel X …

Amorphous-selenium (a-Se) based photodetectors are promising candidates for imaging
devices, due to their high spatial resolution and response speed, as well as extremely high …

We report on experimental results which show that the dark current in nip structured,
amorphous selenium films is independent of i-layer thickness in samples with consistently …

We re-examine electron and hole transport in pure and stabilized amorphous selenium (a-
Se) and attempt to construct a DOS distribution in the mobility gap below E c and above E v …

We spectrally demonstrate for the first time that an amorphous selenium metal-
semiconductor-metal detector can be used for the measurement of ultraviolet photons (200 …

Although amorphous selenium (a-Se) has a long and successful history of application in
optical and X-ray imaging, some of its fundamental properties are still puzzling. In …

The transient and steady-state dark current behaviors in various amorphous selenium (a-Se)
detectors are analyzed by developing mathematical models considering all possible …

Amorphous selenium is a promising candidate for high sensitivity photodetector due to its
unique carrier multiplication phenomenon. More than 10 carriers can be generated per …

Amorphous selenium (a-Se) is one of the most successful photoconductors for direct-
conversion X-ray detectors. However, the initial carrier recombination is believed to be …

Stabilized amorphous selenium (a-Se) photoconductive layers are currently used in the
majority of modern digital x-ray flat panel imaging detectors in mammography. We examine …