The increasing demand for clean energy is a primary force driving the energy storage
industry's innovations and the search for cost-affordable materials with high specific energy …

Strategies to overcome the intrinsic limitations of zeolitic imidazolate frameworks ZIF-67 for
use as catalytically active electrode materials for electrochemical supercapacitor devices …

Rational design and structural regulation of hybrid nanomaterials with superior
electrochemical performance are crucial for developing sustainable energy storage …

The performance of supercapacitor devices is mainly limited by the ability to identify anode
materials with fair stability and activity. Herein, we demonstrate the efficient synthesis of V 2 …

Rational design of functional negative electrode materials with wide potential window, high
capacitance, high rate capability, cost-effectiveness, and durability in various electrolytes is …

Transition-metal dichalcogenides are gaining much interest in the energy storage sector due
to the two-dimensional (2D) nature and conductivity of the materials. However, single …

Herein, we report on a facile one pot synthesis of polyoxometalates encapsulated zeolite
imidazolate framework cages (PMo 10 V 2@ ZIF-67). The morphological and structural …

Designing advanced and novel metal-organic frameworks (MOFs)-based supercapacitor
electrode materials requires a comprehensive understanding of the crystal transformation in …

The ultrathin thickness (∼ 1–2 nm) of the native oxide layer on silicon surfaces, which acts
as efficient trapping centers, precludes the possibility of studying its impact on the surface …