1. For non - Debye relaxation materials , a model is deduced to calculate the dielectric loss.

2. Their acoustic branches obtained are of neither Debye nor Gaussian type but show a double - numped configurations.

3. Debye temperature, specific heat and state change under high pressure.

4. The nonlinear two - dimensional Debye screening in p lasmas is investigated.

5. Lattice parameter and Debye Temperature were measured by X - raydiffraction method.

6. With the miniaturization of a solid down to nanometers scale, the elasticity, extensibility, Debye temperature, and the specific heat capacity are no longer ...

7. This paper has presented the thermodynamics action of crystal based on the Debye model.

8. In this paper , using Dirac function and statistical theory, we calculate the state density in Debye model.

9. The FD - TD formula and the absorbing boundary condition in Debye dispersive media are deduced , respectively.

10. A ccompanied with the reduction of particle size, the ratio of Debye temperature of particles to that of lump metal will be decreasing, while particles' sizes are large ...http://

11. Calculation results prove that using GA can well efficaciously reconstruct the information of biological tissues, such as thickness and Debye parameters.

12. It is shown that static shielding and dynamical shielding are involved in Neokinetic equation. Static shielding effect is as Debye shielding.