In this study, an in-situ oxidation polymerization approach and a surface adsorption
procedure were combined to create a polythiophene/graphitic carbon nitride …

The pursuit of addressing the escalating and crucial energy demands of humanity has
served as an inspiration for the discovery and creation of advanced nanomaterials used to …

Using solar energy to drive catalytic conversion of CO 2 into value-added chemicals has
great potential to alleviate the global energy shortage and anthropogenic climate change …

In this study, an in situ oxidation polymerization approach and a surface adsorption
procedure were combined to create a polyindole/graphitic carbon nitride (GCN)/manganese …

The construction, energy storage capacity and characterization of a Graphene oxide/Copper
iodide (GO/CuI) as electrode materials, which are perfect in transferring ions/electrons, are …

In the recent times electrochemical energy storages systems has gained humongous
attention due to the high value for the cost, accessibility, and high energy conversion …

Developing high-performing and scalable electrode materials for supercapacitors and
batteries has been of tremendous interest for the world's forthcoming clean and renewable …

In recent years, studies into the energy storage and water remediation are on the top priority
of material scientists. Development of graphene-based materials for the purpose is a novel …

Polymer waste is a global problem. How to convert it into high value-added applications has
been a challenge. Herein, we prepare a flexible all-solid-state asymmetric supercapacitor …

The rational design of nanomaterials derived from a metal–organic framework (MOF) has
received a lot of interest due to their high potential for energy-storage and conversion …