The research aims to explore the dielectric spectra of a glucose-based deep eutectic solvent using molecular dynamics simulations.
Employed classical molecular dynamics simulations
Utilized an atomistically detailed force field
Examined interactions among glucose, urea, and water
Identified the contributions to the dielectric response from various molecular components
Showed distinct dielectric behaviors related to the solvent composition
Revealed insights into molecular dynamics influencing dielectric properties
Abstract
An atomistically detailed force field is employed to investigate the origin of the dielectric spectra of a naturally abundant deep eutectic solvent (NADES) composed of glucose, urea, and water in...