Speed and Shape of Solitary Waves in Two-electron Plasmas with Relativistic Warm Ions

The true electron–phonon coupling coef- ficients α 0 (obtained by considering both contributions) increase by about 58% and 81%, respectively, for R 1 and R 2 lines in comparison

Figure 1 represents the total eikonal scattering phase shift χ E for the elastic electron–ion collision in quan- tum plasmas including the influence of the electron exchange and

and other researchers have used the perturbation the- ory method (PTM) to calculate the EPR parameters of paramagnetic ion doped crystal materials, the calcu- lated values are

It is shown that the higher and lower frequency modes of the Langmuir oscilla- tions would propagate in cold quantum plasmas according to the effects of ions.. It is also shown

b Department of Physics, Southwest University for Nationalities, Chengdu 610041, China Reprint requests to J.-J. 61a, 357 – 363 (2006); received April

When the contribution from the covalence is ignored, putting the covalent parameter N t = N e , the energy level matrix can be reduced to the classical crystal-field result, and

a Fukui Institute for Fundamental Chemistry, Kyoto University, 34–4, Takano Nishihiraki-cho, Sakyo- ku, Kyoto 606–8103, Japan.. Reprint requests

So it is seen that parameters like the soliton velocity, cold and hot electron concentration or ratio of cold and hot electron temperature all play significant roles in the forming