Lead sulfide (PbS) and samarium-doped (1, 3, and 5 wt%) PbS thin film layers were coated
facilely on glass slides using the nebulizer spray procedure. To investigate the doping effect …

Simple nebulizer spray technique used pristine and rare earth praseodymium (Pr) doped
PbS thin films coated on soda-lime glass and their optoelectronic properties are reported …

Lead sulfide (PbS), as an excellent narrow band gap material, has a wide range of
applications in short-wave infrared detection. In this study, Si/PbS photodetectors are …

The need for bendable, flexible and high performance optoelectronic devices has led to
various functional materials/graphene hybridized structures. PbS thin films were successfully …

We demonstrate the fabrication of solution processed highly crystalline p-type PbS
nanowires via the oriented attachment of nanoparticles. The analysis of single nanowire …

We discussed photocurrent spectra of photovoltaic PbS infrared detectors using multi-layer
graphene as transparent electrode, where p-PbS films were deposited on TiO 2/FTO …

Self-catalyzed growth of PbSe wires was achieved via a physical vapor deposition (PVD)
method using pure PbSe powder as the precursor. The growth mechanism was investigated …

We discussed structural and electrical properties of PbS films deposited by chemical bath
deposition. The crystallite size of our films measured by transmission electron microscope …

We fabricated a lateral photovoltaic device for use as infrared to terahertz (THz) detectors by
chemically depositing PbS films on titanium substrates. We discussed the material …

PbS films in undoped state and with various Eu contents (1 wt.%, 3 wt.%, and 5 wt.%) have
been coated effectively on insulating glass substrates by a nebulized spray pyrolysis route …