354
Index
Laser scanning stereolithography, 305
Laser scattering, 137
Laser shock peening, 163
Laser sintering, 273, 295, 296, 298
Laser structuring, 313, 315
Laser technology, 2
Laser treatment, 150
Laser treated TiO 2 , 157
Laser wavelength, 115, 296, 318
Lattice diffusion, 26
Lattice temperature, 31
Layer by layer assembly, 298
Lewis-acidity, 140
Lifetime, 313
LIFT jetting dynamics, 284, 286
Light conversion, 25
Light-driven heat, 23
Light-emitting polymer, 288
Light manipulation, 19
Light-matter interaction, 3, 11
Light-nanomaterial interaction, 1
Light propagation, 185
Light trapping, 80
Light trapping structural features, 97
Linear shrinkage ratios, 311
Line printing, 293
Liquid confining medium, 135
Liquid crystal mirror, 46
Liquid electrolyte, 314
Liquid environments, 135
Liquid jet, 285
Liquid phase diffusion, 26
Liquid phase exfoliated graphene, 294
Liquid phase LIFT, 283, 284
Liquid phase sintering, 26
Lithiation/delithiation, 323
Lithium-aluminosilicate glass, 251
Lithium cobalt oxide, 314, 323, 331
Lithium-ion battery, 313
Lithium-ion diffusion kinetics, 340
Lithium nickel manganese cobalt oxide, 337
Lithium niobate, 259
Lithographic processes, 288
Localized surface plasmon resonances, 13
Localized surface plasmons, 12
Logic gatw, 22
Low spatial frequency, 318
M
Mach-Zehnder interferometer, 254
Magnetic energy, 9
Magnetic field, 45
Magnetic force, 44
Magnetic materials, 308
Magnetron sputtering, 332
Manipulation, 44, 248
Manufacture, 310
Massive industrial processes, 275
Mass transporting, 1
Material properties, 318
Material removal, 212, 216, 228
Maxwell’s equations, 12, 19, 308
Mechanical degradation, 314
Mechanical indentation, 123
Mechanical joining, 51
Mechanical surface modification, 120
Melting, 140, 170
Melting/evaporation, 127
Melting model, 7
Melting point, 7, 36, 124
Melting temperature, 141
Membrane, 279
Memory devices, 56
Mesenchymal stem cells, 286
Metal, 211–214, 219, 220, 222, 224
Metal electrodes, 53
Metal-laser interactions, 38
Metallic current collectors, 313
Metallic electrical conductivity, 322
Metallic glass, 309
Metallic nanoparticles, 275
Metallic nanoparticles inks, 275, 279
Metallic nanowire, 16
Metastable materials, 134
Methylene blue, 150
Micro-ablation, 320
Microbatteries, 288
Microcapacitors, 288
Microcavities, 305
Micro-cavity ball, 44
Microchannel, 233, 234, 237, 241
Microchannel swam, 263
Micro-droplets, 291
Microelectronic elements, 247
Microenvironments, 247
Microfilters, 251
Microfluidic biochip, 247, 267
Microfluidic devices, 251
Microfluidics, 233, 234, 236–242
Micro-hole arrays, 211
Microholes, 217–225, 227–233, 242
Microlattice, 305
Microlenses, 252, 256
Micromachines, 251
Micromachining, 212, 214, 219, 221
Index
Laser scanning stereolithography, 305
Laser scattering, 137
Laser shock peening, 163
Laser sintering, 273, 295, 296, 298
Laser structuring, 313, 315
Laser technology, 2
Laser treatment, 150
Laser treated TiO 2 , 157
Laser wavelength, 115, 296, 318
Lattice diffusion, 26
Lattice temperature, 31
Layer by layer assembly, 298
Lewis-acidity, 140
Lifetime, 313
LIFT jetting dynamics, 284, 286
Light conversion, 25
Light-driven heat, 23
Light-emitting polymer, 288
Light manipulation, 19
Light-matter interaction, 3, 11
Light-nanomaterial interaction, 1
Light propagation, 185
Light trapping, 80
Light trapping structural features, 97
Linear shrinkage ratios, 311
Line printing, 293
Liquid confining medium, 135
Liquid crystal mirror, 46
Liquid electrolyte, 314
Liquid environments, 135
Liquid jet, 285
Liquid phase diffusion, 26
Liquid phase exfoliated graphene, 294
Liquid phase LIFT, 283, 284
Liquid phase sintering, 26
Lithiation/delithiation, 323
Lithium-aluminosilicate glass, 251
Lithium cobalt oxide, 314, 323, 331
Lithium-ion battery, 313
Lithium-ion diffusion kinetics, 340
Lithium nickel manganese cobalt oxide, 337
Lithium niobate, 259
Lithographic processes, 288
Localized surface plasmon resonances, 13
Localized surface plasmons, 12
Logic gatw, 22
Low spatial frequency, 318
M
Mach-Zehnder interferometer, 254
Magnetic energy, 9
Magnetic field, 45
Magnetic force, 44
Magnetic materials, 308
Magnetron sputtering, 332
Manipulation, 44, 248
Manufacture, 310
Massive industrial processes, 275
Mass transporting, 1
Material properties, 318
Material removal, 212, 216, 228
Maxwell’s equations, 12, 19, 308
Mechanical degradation, 314
Mechanical indentation, 123
Mechanical joining, 51
Mechanical surface modification, 120
Melting, 140, 170
Melting/evaporation, 127
Melting model, 7
Melting point, 7, 36, 124
Melting temperature, 141
Membrane, 279
Memory devices, 56
Mesenchymal stem cells, 286
Metal, 211–214, 219, 220, 222, 224
Metal electrodes, 53
Metal-laser interactions, 38
Metallic current collectors, 313
Metallic electrical conductivity, 322
Metallic glass, 309
Metallic nanoparticles, 275
Metallic nanoparticles inks, 275, 279
Metallic nanowire, 16
Metastable materials, 134
Methylene blue, 150
Micro-ablation, 320
Microbatteries, 288
Microcapacitors, 288
Microcavities, 305
Micro-cavity ball, 44
Microchannel, 233, 234, 237, 241
Microchannel swam, 263
Micro-droplets, 291
Microelectronic elements, 247
Microenvironments, 247
Microfilters, 251
Microfluidic biochip, 247, 267
Microfluidic devices, 251
Microfluidics, 233, 234, 236–242
Micro-hole arrays, 211
Microholes, 217–225, 227–233, 242
Microlattice, 305
Microlenses, 252, 256
Micromachines, 251
Micromachining, 212, 214, 219, 221