In this paper we present a complete theoretical analysis of the steady-state photocarrier
grating (SSPG) method, starting from the generalized equations that describe charge …

Starting from the multiple trap** rate equations that define the non-equilibrium
concentrations of electrons and holes in extended states, the experiment of photocurrent …

In this work we present a study of the optical, electrical, electronic and structural properties of
Boron doped hydrogenated microcrystalline silicon thin films (μc-Si: H). The films were …

Hydrogenated silicon-germanium alloys (SiGe: H) are deposited by plasma-enhanced
chemical vapor deposition in a plasma regime close to that of the formation of powder. It is …

The technique of thermally-stimulated currents has been applied to extract the density-of-
states profile in microcrystalline silicon. Exploiting the experimental parameter space a …

This paper presents the determination of the density of states (DOS) in the energy gap from
the Fermi level towards the conduction band edge in microcrystalline silicon (μc-Si: H) from …

The paper reports on thermally stimulated conductivity studies used for characterization of
the density of states profile in thin film semiconductors, by numerically solving the non-linear …

We report a computer modelling study of thermally stimulated currents in thin film
semiconductors. In a multi trap** context, we examine this method as a 'spectroscopy'of …

This paper investigates the robustness of the thermally stimulated current technique as a
method to determine the density of states distribution in thin film semiconductors under a …

This thesis focuses on the characterization of microcrystalline silicon (c-Si: H) samples by
numerically simulated and experimental thermally stimulated currents (TSC). TSC …