Light-converting energy storage agent

Is light conversion agents-guided plant cultivation a sustainable strategy?

Therefore, light conversion agents-guided plant cultivation is a promising strategy in the development of sustainable systems. This review introduces the mechanism and classification of nano light conversion agents and summarises recent advances in the applications of light conversion agents for plant cultivation.

What is the research article light/electricity energy conversion and storage?

Research Article Light/Electricity Energy Conversion and Storage for a Hierarchical Porous In2S3@CNT/SS Cathode towards a Flexible Li-CO2Battery De-Hui Guan, De-Hui Guan

Can nano light conversion agents guide plant cultivation?

With the flourishing development of nanotechnology, nano light conversion agents have been demonstrated to be alternative tools to traditional artificial light sources. Therefore, light conversion agents-guided plant cultivation is a promising strategy in the development of sustainable systems.

What are nanolight conversion agents (LCAs)?

Nanolight conversion agents (LCAs) are nanoscale fluorescent materials, including rare earth-doped nanomaterials, quantum dots, carbon-based nanomaterials, reticulated materials and conjugated polymers nanoparticles (Fig. 1).

What are the light conversion mechanisms of LCAs?

Therefore, in this review, the light conversion mechanisms of LCAs are described, involving radiative transition, energy transfer, and electron transfer, followed by a summary of the classification of LCAs.

Which phosphor materials are suitable for light conversion?

Incorporating light conversion phosphor materials in the QDSC device structure is a scientifically accepted way to rectify this problem. Trivalent lanthanide ions having the electronic configuration [Xe]4f n (n = 0–14) are suitable materials for light conversion. Each of the n electrons is associated with one of the seven 4f orbitals.