Index
359
The evaporation temperature, 37
The frequency of electron plasma, 4
The geometric factor, 45
The heat capacities, 141
The Hugoniot elastic limit, 179
The hydrogen production rate, 156
The infrared radiation, 120
The Kelddysh parameter, 4
The Kröner model, 166
The laser energy absorption efficiency, 140
The lattice, 4
The lattice temperature, 36
The Loranz-Drude approximation, 4
The optical diffraction limit, 58
Theoretical capacity, 331
The oxidation temperature, 37
The penetration depth, 12
The pulse-to-pulse distance, 165
The refractive index, 3
The Reynold number, 9
Thermal effects, 119
Thermal equilibrium, 119
Thermal expansion, 120, 123
Thermal expansion coefficient, 121
Thermal accumulation, 28
Thermal conduction, 23
Thermal conductivity, 35
Thermal coupling, 36
Thermal damage, 164
Thermal decomposition, 295
Thermal diffusion, 36
Thermal energy, 34
Thermal equilibrium, 33
Thermal evaporation, 276
Thermal gradient, 49
Thermal heat transfer, 6
Thermal impact, 315
Thermal Induced Nozzle-LIFT, 296
Thermally-affected zone, 36
Thermal oxidation, 87
Thermal reduction, 291
Thermal scanning probe lithography, 114
Thermal sintering, 297
Thermal treatment, 251
Thermodynamic conditions, 136
Thermodynamic state, 135
Thermograms, 107
Thermomechanical modifications, 119
Thermomechanical phenomena, 114
Thermomechanical steady state, 119
The saturation magnetization, 45
The scaling law, 44
The scattered Raman field, 143
The second harmonic, 149
The self-cleaning effect, 75
The size effect, 44
The solid–liquid interface, 136
The Stefan-Boltzmann constant, 34
The surface plasmonic excitation, 4
The thermal neaar-field emission, 120
The tip-sample distance, 123, 127
The torque, 45
Thick film electrodes, 314
Thin-film passivation, 313
Three-dimensional (3D) cell architectures,
313
Time-resolved imaging, 284, 285
Time-resolved microscopy, 284
Time-resolved reflectivity, 6
TiO 2 , 138, 140–142, 149, 153, 154, 157
TiO 2 paste, 282
Tip-enhanced Raman Scattering, 116
Tip temperature, 119
Tip thermal expansion, 120
Tissue engineering, 298
T-junctions, 252
Titration, 327
Transduction mechanisms, 290
Transfer mechanism, 293
Transistors, 51
Translation motorized stage, 41
Transmission electron microscope, 166
Transmission line modeling, 309
Transmittance, 3
Transparent dielectrics, 185
Transparent material, 2, 248
Triazene polymers, 277
Triple-phase boundaries, 307
Tungsten tip, 44
Tunneling current, 123
Tunneling ionization, 4
Two-beam, 316
Two-dimensional (2D), 314
Two-dimensional layers, 306
Two/multiphoton reduction, 38
Two-photon absorption, 59, 119
Two-photon polymerization, 124
Two-photon direct writing, 59
Two-photon polymerization, 59, 62, 251
Two-temperature diffusion model, 29
Two-temperature model, 29, 33
U
Ultrabroadband, 98
Ultrabroad spectrum, 78
359
The evaporation temperature, 37
The frequency of electron plasma, 4
The geometric factor, 45
The heat capacities, 141
The Hugoniot elastic limit, 179
The hydrogen production rate, 156
The infrared radiation, 120
The Kelddysh parameter, 4
The Kröner model, 166
The laser energy absorption efficiency, 140
The lattice, 4
The lattice temperature, 36
The Loranz-Drude approximation, 4
The optical diffraction limit, 58
Theoretical capacity, 331
The oxidation temperature, 37
The penetration depth, 12
The pulse-to-pulse distance, 165
The refractive index, 3
The Reynold number, 9
Thermal effects, 119
Thermal equilibrium, 119
Thermal expansion, 120, 123
Thermal expansion coefficient, 121
Thermal accumulation, 28
Thermal conduction, 23
Thermal conductivity, 35
Thermal coupling, 36
Thermal damage, 164
Thermal decomposition, 295
Thermal diffusion, 36
Thermal energy, 34
Thermal equilibrium, 33
Thermal evaporation, 276
Thermal gradient, 49
Thermal heat transfer, 6
Thermal impact, 315
Thermal Induced Nozzle-LIFT, 296
Thermally-affected zone, 36
Thermal oxidation, 87
Thermal reduction, 291
Thermal scanning probe lithography, 114
Thermal sintering, 297
Thermal treatment, 251
Thermodynamic conditions, 136
Thermodynamic state, 135
Thermograms, 107
Thermomechanical modifications, 119
Thermomechanical phenomena, 114
Thermomechanical steady state, 119
The saturation magnetization, 45
The scaling law, 44
The scattered Raman field, 143
The second harmonic, 149
The self-cleaning effect, 75
The size effect, 44
The solid–liquid interface, 136
The Stefan-Boltzmann constant, 34
The surface plasmonic excitation, 4
The thermal neaar-field emission, 120
The tip-sample distance, 123, 127
The torque, 45
Thick film electrodes, 314
Thin-film passivation, 313
Three-dimensional (3D) cell architectures,
313
Time-resolved imaging, 284, 285
Time-resolved microscopy, 284
Time-resolved reflectivity, 6
TiO 2 , 138, 140–142, 149, 153, 154, 157
TiO 2 paste, 282
Tip-enhanced Raman Scattering, 116
Tip temperature, 119
Tip thermal expansion, 120
Tissue engineering, 298
T-junctions, 252
Titration, 327
Transduction mechanisms, 290
Transfer mechanism, 293
Transistors, 51
Translation motorized stage, 41
Transmission electron microscope, 166
Transmission line modeling, 309
Transmittance, 3
Transparent dielectrics, 185
Transparent material, 2, 248
Triazene polymers, 277
Triple-phase boundaries, 307
Tungsten tip, 44
Tunneling current, 123
Tunneling ionization, 4
Two-beam, 316
Two-dimensional (2D), 314
Two-dimensional layers, 306
Two/multiphoton reduction, 38
Two-photon absorption, 59, 119
Two-photon polymerization, 124
Two-photon direct writing, 59
Two-photon polymerization, 59, 62, 251
Two-temperature diffusion model, 29
Two-temperature model, 29, 33
U
Ultrabroadband, 98
Ultrabroad spectrum, 78