Effective surface treatments suppress possible recombination losses and confine
photogenerated electrons and holes within the bulk of the silicon wafer, thus maximizing …

The specific contact resistance of the screen-printed Ag contacts in the silicon solar cells has
been investigated by applying two independent test methodologies such as three-point …

Development of devices that can be fabricated on amorphous substrates using multiple
single-crystal semiconductors with different physical, electrical, and optical characteristics is …

In this paper, a two-layer metallization for silicon based solar cells is presented. The
metallization consists of thin nickel barrier and thick copper conductive layers, both obtained …

This study examined the photoelectric conversion efficiency of the dye-sensitized solar cell
(DSSC) when the surface of a nanometer-sized TiO 2 film, which was prepared using the …

Porous silicon has been considered as a promising optoelectronic material for developing a
variety of optoelectronic devices and sensors. In the present study, the electrical properties …

The fabrication of reproducible low resistance ohmic contacts on electrochemically etched
porous silicon is an existing challenge due to the irregular and nanoscale sized Si …

Stain etching of silicon solar cells in HF-FeCl3-H2O solutions as a last step in the processing
sequence is reported. The etching was carried out without protecting the screen printed …

In the present study, capacitance–voltage measurement of screen-printed silicon solar cells
with electrochemically etched nanostructured porous silicon structure has been investigated …

In this study two porous silicon samples have been electrochemically fabricated, one of the
sample was subjected to Si capping through electrochemical deposition. Al contacts were …