Index
571
Hermitian operation, 18
Hertzian dipole, 336, 432, 433,
High harmonic generation (HHG), 278
Harmonic generation (technique), 270
Hole arrays, 397, 416
Al, 116
metal, 392
nano-hole arrays, 353, 355, 448
nano-imprinted plasmonic, 356
near-infrared with subwavelength, 390
2D, 390, 391
Hot spot engineering, 348–352
Hot spots, 16–18, 38, 39–40, 44, 56, 69,
80, 82, 87, 88, 114, 208, 264.330,
348, 349, 350, 351
electromagnetic, 352
engineering, 370
inhomogeneous localization of SPs and,
18–22
local fields, examples of, 26–28
nanoplasmonic, examples of, 29–33
retarded Green’s function, 22–24
SP modes, 24–26
Hybrid waveguide, 154, 155
Hybrid waves (HWs), 394, 395, 397
Hydrophobicity. See Super-hydrophobicity,
model;
Super-hydrophobicity,
physical model
Hyper Raman scattering (HRS), 104
Hyperbolic modes (HM), 314
Hyper-Rayleigh scattering (HRS), 216
I
Immuno-polymerase chain reaction (PCR)
assay, 520
Indium tin oxide, 51, 52, 158, 352
InGaN-core, 61, 62
InN-shell, 61
Integrated circuit technology, 150
silicon integrated, 151
Interband dielectric function, 183–184
electronic contribution, 183–184
lattice contribution, 187
Interband transition, 243
Internal photoemission (IPE) process, 159
International Union of Crystallography
(IUCr), 332
Intraband dielectric function
electronic contribution, 184–187
lattice contribution, 188
Irradiation, 135, 142
J
Joule losses, 59
K
Kerr effect
optical, 174
nonlinear, 257, 265
Kerr-type nonlinearity, 168, 201
Kramers-Kronig causality, 23, 84
Kramers-Kronig relations, 11, 240
Kretschmann coupling, 87
Kretschmann geometry, 263
Kroniker’s symbol, 547
Kubo model, 242n2
L
Laguerre-Gaussian (LG) beams, 52
Lamb mode vibration, 172
Landau damping, 7, 13, 14, 173, 537
Landau decay, 174
Landauer approach, 307
Landauer theory, 301, 303
Landauer-like expression, 306
Laplace equation, 16, 247
Laplace transform, 529
Lattice, 2D, 464, 506
Leakage-radiation microscopy (LRM), 420,
421
Lebesgue’s decomposition theorem, 332
Legendre polynomial, 532, 551, 557
Legendre sequences, 347
Light scattering, 191, 343, 360, 486
circular, 340, 364, 365–366
multiple, 371
from nano-patterned deterministic aperiodic surfaces, 362
nonlinear, 257, 266–268
planar, 364, 368
wide-angle, 367
Liquid chromatograpy-mass spectrometry
(LC-MS), 520
Local density of states (LDOS), 252, 364
Local dipole-allowed SHG polarization, 267
Local oxidation of silicon (LOCOS), 151,
154, 155, 161
Local-field issues
gap dependence, 216–217
chiral symmetry breaking of dimmers,
217–218
Localized SPPs, 82, 253
excitation, 270
oscillations, 245
571
Hermitian operation, 18
Hertzian dipole, 336, 432, 433,
High harmonic generation (HHG), 278
Harmonic generation (technique), 270
Hole arrays, 397, 416
Al, 116
metal, 392
nano-hole arrays, 353, 355, 448
nano-imprinted plasmonic, 356
near-infrared with subwavelength, 390
2D, 390, 391
Hot spot engineering, 348–352
Hot spots, 16–18, 38, 39–40, 44, 56, 69,
80, 82, 87, 88, 114, 208, 264.330,
348, 349, 350, 351
electromagnetic, 352
engineering, 370
inhomogeneous localization of SPs and,
18–22
local fields, examples of, 26–28
nanoplasmonic, examples of, 29–33
retarded Green’s function, 22–24
SP modes, 24–26
Hybrid waveguide, 154, 155
Hybrid waves (HWs), 394, 395, 397
Hydrophobicity. See Super-hydrophobicity,
model;
Super-hydrophobicity,
physical model
Hyper Raman scattering (HRS), 104
Hyperbolic modes (HM), 314
Hyper-Rayleigh scattering (HRS), 216
I
Immuno-polymerase chain reaction (PCR)
assay, 520
Indium tin oxide, 51, 52, 158, 352
InGaN-core, 61, 62
InN-shell, 61
Integrated circuit technology, 150
silicon integrated, 151
Interband dielectric function, 183–184
electronic contribution, 183–184
lattice contribution, 187
Interband transition, 243
Internal photoemission (IPE) process, 159
International Union of Crystallography
(IUCr), 332
Intraband dielectric function
electronic contribution, 184–187
lattice contribution, 188
Irradiation, 135, 142
J
Joule losses, 59
K
Kerr effect
optical, 174
nonlinear, 257, 265
Kerr-type nonlinearity, 168, 201
Kramers-Kronig causality, 23, 84
Kramers-Kronig relations, 11, 240
Kretschmann coupling, 87
Kretschmann geometry, 263
Kroniker’s symbol, 547
Kubo model, 242n2
L
Laguerre-Gaussian (LG) beams, 52
Lamb mode vibration, 172
Landau damping, 7, 13, 14, 173, 537
Landau decay, 174
Landauer approach, 307
Landauer theory, 301, 303
Landauer-like expression, 306
Laplace equation, 16, 247
Laplace transform, 529
Lattice, 2D, 464, 506
Leakage-radiation microscopy (LRM), 420,
421
Lebesgue’s decomposition theorem, 332
Legendre polynomial, 532, 551, 557
Legendre sequences, 347
Light scattering, 191, 343, 360, 486
circular, 340, 364, 365–366
multiple, 371
from nano-patterned deterministic aperiodic surfaces, 362
nonlinear, 257, 266–268
planar, 364, 368
wide-angle, 367
Liquid chromatograpy-mass spectrometry
(LC-MS), 520
Local density of states (LDOS), 252, 364
Local dipole-allowed SHG polarization, 267
Local oxidation of silicon (LOCOS), 151,
154, 155, 161
Local-field issues
gap dependence, 216–217
chiral symmetry breaking of dimmers,
217–218
Localized SPPs, 82, 253
excitation, 270
oscillations, 245