The nature of the dielectric slab will affect the value of E. Now it is proved from the definition and the equation given below.The charge in external electric field divided by the reduced value of electric field gives us the constant i.e. k , which is the constant for material of the ...
PolarizabilityDielectric constantIt is often said that promising phosphors for white-LEDs are Ce3+/Eu2+-doped multinary oxynitrides/nitrides, mainly because they are more covalent than conventional oxide phosphors so as to be effectively excited by blue or near-ultra-violet light. In this paper,...
The easy link between the dielectric constant of isotropic media and the molecular polarizability of the constituents, is traditionally given by the Lorentz-Lorenz (LL) relation. The local field concept however upon which this relation is based, needs to be re-examined for highly inhomogeneous syste...
What's next? Hardware that can straddle wireless LANs and cellular networksdoi:10.1002/9780470145333.ch82refractive glassesrefractive indexdispersiondielectric constantpolarizabilityKeywords: refractive glasses; refractive index; dispersion; dielectric constant; polarizabilityAmanda C. Kooser...
In fact, in the ideal gas approximation, from the Lorentz–Lorenz equation for the molecular polarizability, one actually finds [33,34,35] Δ T gas ( θ ) = ( 0.2 − 0.3 ) mK.17 For the CMB case, this would mean that the interactions of the gas with the CMB photons are so ...
In fact, in the ideal gas approximation, from the Lorentz–Lorenz equation for the molecular polarizability, one actually finds [33–35] ∆Tgas(θ) = (0.2 − 0.3) mK.17 For the CMB case, this would mean that the interactions of the gas with the CMB photons are so weak that, on...
In fact, in the ideal gas approximation, from the Lorentz–Lorenz equation for the molecular polarizability, one actually finds [33,34,35] Δ T gas ( θ ) = ( 0.2 − 0.3 ) mK.17 For the CMB case, this would mean that the interactions of the gas with the CMB photons are so ...