Application of chemical solar container materials

Can plasmonic materials be used for solar thermal conversion?

Solar thermal conversion technology, as an emerging solar energy harvesting strategy, has attracted much attention in many application areas. In this field, plasmonic materials have a strong application potential owing to their localized surface plasmon resonance.

What are the applications of photothermal materials?

Currently, there is great interest in the efficient collection and conversion of broad-spectrum sunlight through photothermal materials, and a variety of related application technologies have been developed.

Can plasmonic systems be used for photothermal conversion?

In this review, we discuss the photothermal conversion of different nano/microstructures based on various plasmonic systems for hydrogen production, desalination, and bacterial inactivation applications, including the design of plasmonic systems coupled with a variety of materials for enhanced photocatalysis, localized heating, and salt resistance.

Can photoelectrocatalytic technologies be used to convert sunlight into fuels?

Nature Materials 16, 70–81 (2017) Cite this article The conversion of sunlight into fuels and chemicals is an attractive prospect for the storage of renewable energy, and photoelectrocatalytic technologies represent a pathway by which solar fuels might be realized. However, there are numerous scientific challenges in developing these technologies.

What are the minimum criteria for single-material photoabsorbers?

Minimal criteria for single-material photoabsorbers exclude materials with bandgaps that are too high to effectively use sunlight (>3.0 eV) and too small to harvest the energy necessary to split water (<1.23 eV).

Can plasmonic nanomaterials be used in real applications?

Although the application potential of plasmonic nanomaterials has been demonstrated, real application environments often challenge materials in multiple aspects, such as chemical stability, corrosion resistance, and thermal stability.