Carbons with hierarchical pores in the range of few nanometers obtained via template-
assisted methods offer a great control over structure and geometry of pores, keeping them …

In this research, montmorillonite clay (MC) was magnetically modified by starch and cobalt-
ferrite (CoFe 2 O 4)(MC/starch/CoFe 2 O 4) and then used to eliminate methyl violet (MV) …

Photo-induced charge carrier mobility, light absorption ability and micro-morphology of
photocatalyst are vital aspects affecting photocatalytic activity. In this work, pn junction ZnIn 2 …

The utilization of rich chemistry originating from redox activity of manganese-based
compounds has spurred an increasing interest into energy storage technologies including …

Hydrogels and mixed hydrogels are 3D-hydrophilic polymeric structures with high porosity,
soft consistency and excellent absorbing capability of large amounts of water and …

In recent years, due to the superiority of clean and renewable energy and the need for
suitable storage systems for this energy, supercapacitors have been studied and …

Recent industrial development and research progress in nanotechnology have led to the
release of a number of nanomaterials with particle sizes (1–10 nm) which are categorized as …

Due to inherent compatibility with IC technology, 3D silicon is prone to build a skeleton for
the energy storage electrodes. Herein, a unique 3D hierarchical core-shell electrode was …

Inspite of the high theoretical capacitance of transition metal hydroxides, they continue to
suffer low conductivity and weak structural robustness leading to unsatisfactory …

Simultaneously embedding resonating 2D carbon into a metal oxide as a template and
decorating in graphene layers offer a great strategy to enhance electronic properties in …