In this work, the possibility of employing aluminium terephthalic acid metal organic
framework (Al-TPA-MOF)-laden composite polymer membranes as electrolyte for all-solid …

A lithium–sulfur batteries system has been identified as a potential successor to lithium-ion
batteries owing to its appealing properties such as extremely high theoretical specific …

The shuttling of polysulfides between the electrodes in a lithium–sulfur battery (Li–S) system
remains a challenge to be addressed in order to realize the full potential of this promising …

Additive manufacturing of complex structures with functional and programmable attributes of
Fused deposition Method (FDM) of 4D printing enables complex and innovative designs …

Metal borides when subjected to dissolution and recrystallization exhibit a tendency to grow
preferentially in lateral dimensions and form nanosheets. Such derived nanosheets exhibit …

Polysulfide shuttle is a major challenge to be addressed while designing lithium-sulfur
batteries (LSBs) as it stagnates the overall performance of the system. The exploration of …

A novel method that taking electrodeposited copper foil as a raw material undergoes
asynchronous rolling and surface morphology modification at room temperature was …

Silicon-based anodes for lithium-ion batteries have the inherent advantage of higher
capacity. However, the inherent expansion of Si within the anodes during cycling, causing …

Even though lithium–sulfur batteries possess higher theoretical capacity and energy density
than conventional lithium-ion batteries, the challenging issues such as poor electronic …

Abstract Lithium-sulfur (Li-S) battery as a promising energy storage technology has attracted
extensive concern. However, their practical performance is seriously limited by the …