Abstract Solid Oxide Fuel Cells (SOFCs) are emerging as potential energy conversion
devices owing to their high efficiencies and less greenhouse gas emissions. Though there …

The solid oxide fuel cells (SOFCs) are promising electrochemical conversion devices and
have been studied for several decades. While numerous achievements have been obtained …

Fuel cell technology motivates a variety of benefits, which are barely offered by other energy
technologies. The fuel cell can be obtained through natural resources—biomass, coal and …

Abstract Cerium oxide (CeO 2), or ceria, and its doped derivatives have been extensively
studied for several decades and are well-known oxides valued for their unique structural …

Three different series of doped ceria-based composite electrolyte consisting of M-doped
ceria (M= Ce 0.85 Er 0.15 O 2-δ (ErDC), Ce 0.85 La 0.15 O 2-δ (LaDC) and Ce 0.95 Sr 0.05 …

Abstract The Ce 0.82 La 0.06 Sm 0.06 Gd 0.06 O 2-δ triple-doped ceria (LSG) and triple-
doped ceria–carbonate nanocomposites (Ce 0.82 La 0.06 Sm 0.06 Gd 0.06 O 2-δ–(Li–Na) 2 …

Abstract Sm0. 2Ce0. 8O1. 9‐30% Na2CO3 (Sm doped ceria (SDC)‐30N) nano‐composite
electrolytes were densified in a single step via cold sintering process (CSP). At 200° C and …

Composite electrolyte of gadolinium doped ceria and lithium sodium carbonate ((LiNa) 2 CO
3-GDC) showing enhanced stability and mechanical strength has been fabricated using melt …

This contribution provides a comprehensive overview on the use of cerium oxide (CeO 2) in
various fields including biomedical, water treatment, fuel cells and photocatalytic …

The anode material plays a crucial role in the reliability and safety of Li-ion batteries. Among
various of anode materials, Cr, Ti-based anode materials, including LiCrTiO 4, Li 5 Cr 9 Ti 4 …