The electrodeposition process of metals and their alloys is widely used in the automotive,
space, electronics, computing, jewelry, and other consumer items industries. Over the years …

Electrodeposition of rare-earth metals using ionic liquid is considered as a potential
alternative to conventional high-temperature molten salt electrolysis. Herein, the …

In the past few decades, ionic liquids have emerged as potential replacements to
conventional electrolytes in many academic and industrial applications owing to their …

Gallium-based liquid metals are considered as promising catalysts for electrochemical CO 2
reduction due to their ability to effectively prevent the adhesion of byproduct carbon, which …

Low-temperature electrodeposition strategies to obtain lanthanides in metallic form using
ionic liquids are explored as sustainable substitutes to high-temperature molten salt …

Through experimental research and theoretical calculation, it was investigated the effect of
water and temperature on the electrodeposition of antimony (Sb) on a platinum (Pt) …

At present time, semiconductive thin films used in photovoltaic cells can be successfully
electrodeposited using ionic liquids in lab scale. However, scaling-up of this technology is …

Antimony is a technologically relevant element, which is present in many semiconductor
materials. Electrodeposition of such materials offers a potential route for cheaper and less …

Gallium (Ga) electrodes have been used as anodes in Li-ion batteries, due to their low-
melting-point and self-healing properties. However, the use of Ga without a binder or a …

The high specific capacity and cycle stability of Li-ion alloy anode materials have been the
focus of researchers. However, the alloy anode materials are easy to be broken and cracked …