The effects of hydrogen dilution of up to 54: 1 (= H 2: SiH 4) on hydrogenated amorphous
silicon germanium (a-SiGe: H) were investigated while keeping the optical gap (E opt) …

The optical and structural properties of hydrogenated amorphous silicon–germanium (a-Si
1− x Ge x: H) films, deposited at high growth rate by radio-frequency (RF) glow discharge on …

The effects of hydrogen dilution of up to 54: 1 (= H 2: SiH 4) on hydrogenated amorphous
silicon germanium (a-SiGe: H) was investigated at a low substrate temperature, while …

We successfully grow high-quality hydrogenated amorphous-silicon-germanium alloys (a-
SiGe: H) by the hot-wire chemical-vapor deposition (HWCVD) technique using silane and …

It is now well-recognized that multijunction, multi-gap amorphous silicon-based alloy solar
cells offer the attractive advantage of obtaining high efficiency with good long-term stability …

The possible use of glass ceramics as high energy density capacitors in heart defibrillators
and hybrid automotive vehicles is explored. Glass ceramics, lead sodium niobate silicate …

We report on the preparation and properties of a-Si: H films and pin devices produced using
a remote-electron-cyclotron-resonance deposition at high temperature are electronic quality …

Detailed results about the distribution of occupied localized states in a‐Si: H have been
obtained by applying a new self‐consisting deconvolution procedure to the absorption …

Amorphous hydrogenated silicon germanium pin heterojunction solar cells with a-SiGe: H i-
layers were deposited in one case from a glow discharge of SiH/sub 4/and GeH/sub …

In this article we review optical and electronic transport data measured in amorphous silicon-
germanium alloys with the goal of identifying the density of states as a function of alloy …