Due to the depletion of fossil energy sources and their harm to the environment, renewable
energies are gradually becoming indispensable for the future development of society. Solar …

The range of solar radiation observed on Earth is about 295–2500 nm. Designing the
absorber within this range allows it to obtain as long an absorption band as possible to help …

We report synthesis and application of a unique heterojunction nanocomposite formed
between copper nanoparticles (CNPs) and defect rich ZnO nanoflakes for application …

Since it is highly correlated with quality of life, the demand for energy continues to increase
as the global population grows and modernizes. Although there has been significant …

In order to make full use of solar energy and solve the problem of functional incompatibility
between solar and infrared spectra, the present work has cleverly aimed at the problem by …

Cost-effective and eco-friendly Cr 2 O 3 spectrally selective solar absorber nanocoatings
prepared by an entirely green process on polished Copper (Cu) substrate is presented. The …

Porous carbon materials show great application potential in the field of adsorption. However,
the preparation process of carbon adsorption materials relies on high temperature, high …

Self‐generation power devices based on the radiative cooling effect have intense potential
applications in the energy conversion field. A selective solar absorber is introduced into …

Constructing the solar absorber with high omnidirectional absorption has great potential for
enhanced solar energy conversion. Although varieties of strategies have been carried out to …

Recently, 2D-layered nanostructures have aroused huge interest for environmental
remediation applications. Nanostructured 2D-In 2 S 3 nanosheets based advanced coating …