Читать книгу Electromagnetic Waves 1 - Pierre-Noël Favennec - Страница 4

1 Chapter 1Table 1.1. Fundamental laws of electrostaticsTable 1.2. Electrostatic dipole/magnetic dipoleTable 1.3. Fundamental laws of magnetostaticsTable 1.4. The four Maxwell fundamental equations in a vacuumTable 1.5. Conservation of charge/conservation of electromagnetic energy analogyTable 1.6. Relative permittivity of dielectric media at ambient temperatureTable 1.7. Relative permeability of magnetic materials at ambient temperatureTable 1.8. Maxwell equations couplesTable 1.9. Maxwell’s equations in a polarized dielectric mediumTable 1.10. Maxwell’s equations in a polarized and magnetic material mediumTable 1.11. Integral forms of Maxwell’s equations in a material medium

2 Chapter 2Table 2.1. Statistical characterization of deep fadeTable 2.2. Values of coefficients A, B and CTable 2.3. Transmission losses of different construction materials (exterior wal...Table 2.4. Transmission losses of different construction materials (interior wal...Table 2.5. Distance power loss coefficientTable 2.6. Floor penetration loss factor (n ≥ 1)Table 2.7. a) Coefficients of the linear model and one slope model obtained from...Table 2.8. Penetration loss and non-linear parameter at 5 GHzTable 2.9. Parameters of the MWF model in the case of concrete at 5.2 GHzTable 2.10. Values for delay and distance d_BP according to the different types o...Table 2.11. Values of the standard deviations of the shadowing according to the ...Table 2.12. Values of parameters a and n in different environment configurationsTable 2.13. Impulse response model in an urban environment (BU)Table 2.14. Impulse response model in hilly environment (HT)Table 2.15. Typical values of the attenuation coefficient and the standard devia...Table 2.16. Example of parameter values of the impulse response modelTable 2.17. The different parameters characterizing the particle size distributi...Table 2.18. Values of coefficients a and b help calculate the snow attenuation (...