The ternary Cu–Sb-and Cu–Bi-chalcogenides presenta rich range of compounds of
potential use for large-scale photovoltaics from Earth abundant elements. This paper …

Recently, CuSbS2 has been proposed as an alternative earth-abundant absorber material
for thin film solar cells. However, no systematic study on the chemical, optical, and electrical …

Since the last few decades, light-absorbing materials based on CuInGaSe 2 (CIGS), CuInS 2
(CIS), and CdTe have dominated the research in thin-film solar cells. To fabricate large …

A simple and useful thermodynamic approach to the prediction of reactions taking place
during thermal treatment of layers of multinary semiconductor compounds on different …

Copper antimony sulfide (CuSbS 2) thin films were fabricated by sulfurization of an
electrodeposited metallic stack composed of Cu and Sb on a Mo-coated glass (Mo/glass) …

CuSbS 2 (CAS) thin films were fabricated by non-toxic, low-cost and simple non-vacuum
methods using hybrid inks, which is a well-known method for fabricating CuInSe 2 (CIS) …

As the demand for photovoltaics rapidly increases, there is a pressing need for the
identification of new visible light absorbing materials for thin-film solar cells that offer similar …

Herein, we report on a solution based approach for the preparation of thin films of copper
antimony sulfide, an emerging absorber material for third generation solar cells. In this work …

The earth-abundant semiconductor Cu3BiS3 (CBS) exhibits promising photovoltaic
properties and is often considered analogous to the solar absorbers copper indium gallium …

Electrodeposition of CuSbS 2 semiconductor thin films for photovoltaic solar cells is
investigated from ionic liquid electrolyte based on choline chloride–urea eutectic. Cyclic …