Add to ORKGThe extended Cauchy equations are derived based on the Vuks equation for describing the wavelength- and temperature-dependent refractive indices of liquid crystal compounds and mixtures. This model fits experimental data well in the off-resonance spectral region. Correlations between the Cauchy coefficients for the nematic and isotropic phases are derived and validated by experiments
The temperature variation of refractive indices (ne ne), birefringence (δn), density (ρ) a...
In this report the temperature dependence of the coefficient of electronic polarizability (phi (i)) ...
Liquid crystals exist as a fourth state of matter. They are anisotropic and due to this order, they ...
The three- and two-coefficient Cauchy equations are derived based on the three-band model for the wa...
The refractive indices of E7 liquid-crystal mixture were measured at six visible and two infrared (l...
This paper reviews the extended Cauchy model and the four-parameter model for describing the wavelen...
Abstract—This paper reviews the extended Cauchy model and the four-parameter model for describing th...
Vuks equations correlate the microscopic molecular polarizabilities to the macroscopic refractive in...
A model describing the temperature effect of liquid crystal (LC) refractive indices is derived and c...
Optical anisotropy and coefficient of volume expansion of ZLI – 1695 (a mixture of 4-n-alkyl-4’-cyan...
Refractive indices have been measured throughout the nematic phase of 4-n-pentyl-4'cyanobiphenyl (5C...
Liquid crystals (LCs) are important materials for flat panel display and photonic devices. Most LC d...
Interferometric measurements to determine the refractive indices of the nematic liquid crystals EBB...
A theory is developed of the optical properties of a non-absorbing compensated cholesteric liquid cr...
The temperature variation of the refractive indices (no, ne) and density are reported for two liquid...
The temperature variation of refractive indices (ne ne), birefringence (δn), density (ρ) a...
In this report the temperature dependence of the coefficient of electronic polarizability (phi (i)) ...
Liquid crystals exist as a fourth state of matter. They are anisotropic and due to this order, they ...
The three- and two-coefficient Cauchy equations are derived based on the three-band model for the wa...
The refractive indices of E7 liquid-crystal mixture were measured at six visible and two infrared (l...
This paper reviews the extended Cauchy model and the four-parameter model for describing the wavelen...
Abstract—This paper reviews the extended Cauchy model and the four-parameter model for describing th...
Vuks equations correlate the microscopic molecular polarizabilities to the macroscopic refractive in...
A model describing the temperature effect of liquid crystal (LC) refractive indices is derived and c...
Optical anisotropy and coefficient of volume expansion of ZLI – 1695 (a mixture of 4-n-alkyl-4’-cyan...
Refractive indices have been measured throughout the nematic phase of 4-n-pentyl-4'cyanobiphenyl (5C...
Liquid crystals (LCs) are important materials for flat panel display and photonic devices. Most LC d...
Interferometric measurements to determine the refractive indices of the nematic liquid crystals EBB...
A theory is developed of the optical properties of a non-absorbing compensated cholesteric liquid cr...
The temperature variation of the refractive indices (no, ne) and density are reported for two liquid...
The temperature variation of refractive indices (ne ne), birefringence (δn), density (ρ) a...
In this report the temperature dependence of the coefficient of electronic polarizability (phi (i)) ...
Liquid crystals exist as a fourth state of matter. They are anisotropic and due to this order, they ...