Energy storage structure-activity relationship

What is a structure-activity relationship?

Summary structure-activity relationship formed by complex (heterogeneous, anisotropic, fractal) porous media. Nanoparticles lead to viscosity changes of liquid phase PCM and exhibit complex non-Newtonian behavior. The application of external magnetic fields can control and improve phase change heat transfer.

What is nanoporous carbon-based energy storage?

Nanoporous carbon-based energy storage is a fast-growing research field thanks to high energy densities of carbon electrodes with nanoporous amorphous texture.

Do electrolyte additives have a structure-activity relationship?

Despite many reports on exploring electrolyte additives to mitigate the above issues, the structure–activity relationship of the additives in terms of their adsorption configurations and anti-dendrite/corrosion effects has been rarely considered, especially when the additive concentration is sufficiently low.