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| Banks H.T., Buksas M., Lin T. — Electromagnetic Material Interrogation Using Conductive Interfaces and Acoustic Wavefronts |
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| Предметный указатель |
Absorbing boundary condition 19 57
Acoustic 112
Acoustic gratings 14 112
Acoustic waves xi
Acoustooptic effect 14
Acoustooptics 8 18
Conduction current density 9
Conductivity 3 7 9 10 48 68 133
Conductivity susceptibility kernels 3
Conductivity, Drude 133
Conductivity, Ohmic 1 10
Continuous dependence 27 32
Convolution 10 28
Convolution kernel 106
Crank — Nicholson scheme 60 61
Dielectric parameters 4
Dielectric permittivity 9
Differential Debye model 97
Dispersive materials 1
Displacement susceptibility kernel 3 4
Electric flux density 9
Electric polarization 3
Electromagnetic waves 7
Existence 27 28
Finite difference 108
Finite element approximations 42 47 108
Frequency domain 3
Galerkin 28 64
Galerkin finite element approximation 57
General polarization 57
Gronwall inequality 35
Hysteresis Debye polarization models 98
Invariant imbedding 1 2
Inverse problem 18 42 49 57 63
Least squares functional 49
Magnetic fields 9
Magnetic flux densities 9
MATLAB 80
Maxwell's equations 4 8 9
Method of mappings 16 22
Microwaves 7
| Minimization problem 49
Ohm's law 9
Parameter estimation problems 48
Permittivity 58
Permittivity, relative 11 12 58
Planar electromagnetic waves 1
Polarization 3 7 10 15 16 28 48
Polarization displacement susceptibility kernel 3 35
Polarization, constitutive laws 9 16
Polarization, Debye 4 12 26 35 79 133
Polarization, dielectric response function (DRF) 4 10
Polarization, dipolar 11
Polarization, dipole 10
Polarization, displacement susceptibility kernel 10 35
Polarization, electronic 10 12
Polarization, frequency dependence 9 10
Polarization, general nth order mechanisms 12
Polarization, instantaneous 11 12 15
Polarization, ionic 10
Polarization, Lorentz 4 12 35 79 133
Polarization, orientational 10 11
Polarized planar wave 18
Precursors 4
Precursors, Brillouin 4 80 84 130
Precursors, Sommerfeld 4 80 84 130
Random noise 71
Regularity 27 42
Runga — Kutta 80
Scattering techniques 2
Semigroup 35
Sesquilinear forms 28
Source current 21
Source current density 9
Supraconductive 20 23
Supraconductive material 4 8
Susceptibility kernel 14
Uniqueness 27 33
Wave splitting technique 1 2
Well-posedness 27
Windowed microwave pulses xi
Windowed pulse input signal 22 110
Windowed signal 21
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