Dielectric relaxation and thermodynamic study of polyhydric sugar alcohols in DMSO using TDR technique

Multidirectional Polarization Impacts on Microwave Heating Efficiency: A Molecular Dynamics Research of Microwave Heating of Common Solvents

“…The frequency-dependent dielectric constant can be calculated using the determined τ D through the following equation from the Debye relaxation model: ε normalR normale ( ω ) = ε ∞ + ε normals − ε ∞ 1 + ω 2 τ normalD 2 ε normalI normalm ( ω ) = ( ε s − ε ∞ ) ω τ normalD 1 + ω 2 τ normalD 2 where ε ∞ and ε s are the infinite frequency dielectric constant and static dielectric constant, respectively. It should be emphasized that all of the ε ∞ and ε s values employed in our calculation of these dielectric spectra are experimental values that were obtained from the literature. − The corresponding values are presented in Table . In this Article, the frequency range of the frequency-dependent dielectric spectra is from 300 MHz to 300 GHz.…”

Dielectric relaxation and dipole moment studies of hydrogen bonded complexes for enanthamide and valeramide with halogenated phenols using J-band microwave frequency

“…Dielectric studies in polar liquids dissolved in nonpolar solvents yield useful information on structural and associational aspects, as well as the formation of molecular complexes in GHz electric fields under various complexation, temperature and environmental parameters. Because microwaves can detect weak chemical associations, it is of great interest to researchers [1][2][3][4][5][6]. The investigations of the relationship of two polar particles because of hydrogen allotment from the dielectric relaxing estimations at microwave frequencies are exceptional.…”