… As a result, normal amorphous silicon has a defect density at midgap as high as 102cm-3eV…
The discovery of hydrogenated amorphous silicon in the early seventies [10] marked a …

… This paper reviews amorphous silicon imaging technology in terms of the detector operating
principles, electrical and optoelectronic characteristics, and stability. Also, issues pertinent …

… In case of a-Si:H/a-Si:H stacked cells prepared on glass substrates, significant reduction
of process-related losses and the development of superior TCO substrates on large areas …

… For a-Si TFTs, the most widely used structure is the bottom gate, inverted staggered TFT,
which uses amorphous silicon nitride as the gate insulator. In contrast, the staggered TFT …

… -voltage characteristics of amorphous silicon thinfilm transistors. … computer-aided design of
amorphous silicon integrated circuits. … and important for large area, low cost integrated circuits.…

… detectors, most of them based on an array of amorphous silicon pixels, which is the only
technology able to achieve such large areas. Essentially two concepts have been implemented: …

… Driven by the rapidly expanding market of active-matrix liquid-crystal displays, a new
technology based on amorphous silicon has become available to design large-area, flat-panel …

… Amorphous silicon based alloy (a-Si) field-effect transistors have emerged as a viable … large
area, low cost integrated circuits. These circuits are currently being used to drive large area …

… large area designs have now been fabricated, including a new 26x26 cm2 array. These arrays
are the largest … Our large area array designs are described and x-ray images from a high …

… Hydrogenated amorphous silicon and nanocrystalline silicon form complex structures with a
… of a range of hydrogenated silicon thin films are called amorphous, and microcrystalline or …