The photovoltaic efficiency increase in Sb2S3‐based solar cells has stagnated for 5 years
since the highest efficiency of 7.5% was achieved in 2014. One important bottleneck is the …

We have performed a first principles study of structural, mechanical, electronic, and optical
properties of orthorhombic Sb2S3 and Sb2Se3 compounds using the density functional …

We report a simple colloidal synthesis of two types of Sb 2 S 3 nanowires with small band
gap and high aspect ratio. Field-emission scanning electron and transmission electron …

Sb 2 S 3 is a suitable photovoltaic material because of its favorable optoelectronic properties
as well as being comprised of earth-abundant and nontoxic precursor elements. The …

We demonstrated p-type In 3+-doped Cu 12 Sb 4 S 13 (CAS) thin films using a spray
pyrolysis method. The alteration in the shape of N 2 adsorption isotherm curves is …

Artificial photosynthesis represents a direct approach toward addressing energy and
environmental issues by producing fuels such as hydrogen that can be used in fuel cells …

We investigate the low-cost, earth-abundant and air-stable inorganic absorber Sb2S3 that
can be processed in the air for organic–inorganic hybrid solar cell applications. To this end …

The properties of ternary and binary thin films prepared by various techniques such as spray
pyrolysis, molecular beam epitaxy, electrodeposition, chemical bath deposition and …

Artificial photosynthesis provides a direct approach toward addressing energy and
environmental issues by producing chemical fuels such as hydrogen for fuel cells. A …

Artificial photosynthesis is efficient to produce fuels like hydrogen from the solar energy for
solving the energy and environmental issues. The nanocomposite of TiO 2 nanorod and Sb …