576
Index
Surface enhanced coherent anti-Stokes
Raman scattering (SECARS),
105, 111–112
Surface enhanced hyper Raman scattering
(SEHRS), 105
Surface enhanced infrared absorption, 108
using two-photon excitation, 108–110
Surface enhanced pumped anti-Stokes
Raman scattering (SEPARS),
105, 110–111
Surface enhanced Raman scattering (SERS),
1, 77, 105, 106–107, 265
Surface enhanced Raman sensing (SERS),
451
SERS labels, 119
Surface enhanced stimulated Raman scattering (SESRS), 105, 111–113
Surface enhanced vibrational spectroscopy,
applications of
linear and non-linear vibrational probing
and imaging, 119–120
SERS for probing catalytic reactions,
116–117
vibrational spectroscopy of protein
monolayers using SEIRA, 118
Surface modes, 309–312
Surface phonon polariton, 309
Surface plasmon polaritons (SPPs), 46, 47,
77, 238, 245, 380, 463
SPP waves, 432
Surface plasmon polaritons and quasicylindrical waves, generalized
microscopic model, 393
cross conversion, 393–394
multiple-scattering model, 394–397
Surface plasmon resonance (SPR), 168, 193,
194, 196
Surface plasmons (SPs), 3, 5
dipole limit, 220
and electrons, 13–14
improvement in fabrication, 219
nonlocalized. See Nonlocalized SPs
radiative decay, 9
Surface-phonons assisted directional thermal emission, 291–293
Surface-phonons assisted isotropic thermal
emission, 293–294
Surface-plasmons assisted thermal emission, 295
Surface-waves assisted thermal emission
characteristics of usual thermal sources,
limitations and prospects, 286–287
early results, 289–291
electrodynamic point of view, 284–285
Kirchhoff’s law, 285–286
partially coherent sources, 289
radiometric point of view, 283–284
thermal sources and partial coherence,
287–288
Symbolic dynamical system, 333
T
Tailored nonlinear response
resonance domain effects, 220–221
tailored SHG response, 221–222
TD-DFT, 14
Theory of finite Galois fields, 347
Theory of metallic grating, 380
Thermal antennas, 492–496
Thermal management
with anisotropic media, 315–317
with phase change materials, 317–319
Thermal radiation. See Radiative heat transfer at the nanoscale; Surfacewaves assisted thermal emission;
Thermal management
Thermophotovoltaic (TPV), 299, 301
devices, 319
Third-harmonic generation (THG), 257, 263
Thomas-Fermi screening length, 261
Three-dimensional (3d) material, 86
metamaterials, 78, 85, 87
3d optics, 31
3D real-valued vector field, 443
Thue–Morse sequence, 333, 334, 335, 339
Time dependent metal dielectric function
change, 183
electronic contribution, 183–187
lattice contribution, 187–188
Time reversal symmetry (TRS), 494
Tip-enhanced Raman scattering (TERS),
265
Topological defect (TD), 480
Total reflection, 308
Transmission electron microscopy (TEM),
276
Transverse magnetic (TM) polarization, 467
T-shaped gold nanodimers, 212
Tungsten, 299
Two-dimensional (2D) systems, 485
electron, 485
Two-photon luminescence (TPL) map, 53
Two-photon photoemission PEEM (2PPPEEM), 29
Index
Surface enhanced coherent anti-Stokes
Raman scattering (SECARS),
105, 111–112
Surface enhanced hyper Raman scattering
(SEHRS), 105
Surface enhanced infrared absorption, 108
using two-photon excitation, 108–110
Surface enhanced pumped anti-Stokes
Raman scattering (SEPARS),
105, 110–111
Surface enhanced Raman scattering (SERS),
1, 77, 105, 106–107, 265
Surface enhanced Raman sensing (SERS),
451
SERS labels, 119
Surface enhanced stimulated Raman scattering (SESRS), 105, 111–113
Surface enhanced vibrational spectroscopy,
applications of
linear and non-linear vibrational probing
and imaging, 119–120
SERS for probing catalytic reactions,
116–117
vibrational spectroscopy of protein
monolayers using SEIRA, 118
Surface modes, 309–312
Surface phonon polariton, 309
Surface plasmon polaritons (SPPs), 46, 47,
77, 238, 245, 380, 463
SPP waves, 432
Surface plasmon polaritons and quasicylindrical waves, generalized
microscopic model, 393
cross conversion, 393–394
multiple-scattering model, 394–397
Surface plasmon resonance (SPR), 168, 193,
194, 196
Surface plasmons (SPs), 3, 5
dipole limit, 220
and electrons, 13–14
improvement in fabrication, 219
nonlocalized. See Nonlocalized SPs
radiative decay, 9
Surface-phonons assisted directional thermal emission, 291–293
Surface-phonons assisted isotropic thermal
emission, 293–294
Surface-plasmons assisted thermal emission, 295
Surface-waves assisted thermal emission
characteristics of usual thermal sources,
limitations and prospects, 286–287
early results, 289–291
electrodynamic point of view, 284–285
Kirchhoff’s law, 285–286
partially coherent sources, 289
radiometric point of view, 283–284
thermal sources and partial coherence,
287–288
Symbolic dynamical system, 333
T
Tailored nonlinear response
resonance domain effects, 220–221
tailored SHG response, 221–222
TD-DFT, 14
Theory of finite Galois fields, 347
Theory of metallic grating, 380
Thermal antennas, 492–496
Thermal management
with anisotropic media, 315–317
with phase change materials, 317–319
Thermal radiation. See Radiative heat transfer at the nanoscale; Surfacewaves assisted thermal emission;
Thermal management
Thermophotovoltaic (TPV), 299, 301
devices, 319
Third-harmonic generation (THG), 257, 263
Thomas-Fermi screening length, 261
Three-dimensional (3d) material, 86
metamaterials, 78, 85, 87
3d optics, 31
3D real-valued vector field, 443
Thue–Morse sequence, 333, 334, 335, 339
Time dependent metal dielectric function
change, 183
electronic contribution, 183–187
lattice contribution, 187–188
Time reversal symmetry (TRS), 494
Tip-enhanced Raman scattering (TERS),
265
Topological defect (TD), 480
Total reflection, 308
Transmission electron microscopy (TEM),
276
Transverse magnetic (TM) polarization, 467
T-shaped gold nanodimers, 212
Tungsten, 299
Two-dimensional (2D) systems, 485
electron, 485
Two-photon luminescence (TPL) map, 53
Two-photon photoemission PEEM (2PPPEEM), 29