Index
A
Ab initio molecular-dynamic calculation, 6
Ablation process, 140
Ablation threshold, 250, 283
Absorbance, 3
Absorbed energy, 30
Absorbing film-assisted-LIFT, 277
Absorbing layer, 277
Absorption, 2
Absorption spectroscopy, 3
Acoustic resonators, 290
Acrylic resins, 306
Activation energy, 27
Active material, 335
Additive, 249
Additive manufacturing, 273, 274, 293, 296,
305
Additive process, 273
A Debye length, 46
Adhesive joining, 51
Adhesive properties, 320
Ag nanoparticles, 35
α-helix, 145
Al 2 O 3 , 282
Aluminum alloy, 163
Aluminum coated silica, 226, 231, 232
Aluminum foils, 319
Aluminum tape, 163
Alzheimer, 143
Ambient gas, 318
Amide I band, 145
Amide III signals, 145
Amorphous, 294
Amperometric sensors, 290
Amyloidogenic protein, 143
Anatase, 138
Anodic aluminum oxides, 314
Antenna effects, 118
Antibodies, 278, 291
Antireflection, 96
Apertureless scanning near-field optical
lithography, 114
Artificial biological environments, 247
Artificial bones, 310
Artificial intelligent, 62
Aryltriazene, 287
Astigmatic, 252
Atomic force microscopy, 319
Autofluorescence, 251
Avalanche ionization, 4
B
Band structure, 11
Battery lifetime, 315
Battery performance, 322
Beam shaping, 289
Beam splitters, 316
Bessel function, 19
β-sheet configurations, 145
Big data, 2
Biochips, 247
Bio-compatibility, 291
Bio-electronics, 277
Biological materials, 286
Biological tissues, 2
Biomaterials, 289
Biomedical applications, 8, 62
Biomedical devices, 2
Biomimetic environments, 266
Biosensing, 135, 142
Biosensors, 278, 280, 289–291
Bio-templates, 314
Blackbody spectrum, 120
© Springer Nature Switzerland AG 2020
A. Hu (ed.), Laser Micro-Nano-Manufacturing and 3D Microprinting, Springer Series
in Materials Science 309, https://doi.org/10.1007/978-3-030-59313-1
349
A
Ab initio molecular-dynamic calculation, 6
Ablation process, 140
Ablation threshold, 250, 283
Absorbance, 3
Absorbed energy, 30
Absorbing film-assisted-LIFT, 277
Absorbing layer, 277
Absorption, 2
Absorption spectroscopy, 3
Acoustic resonators, 290
Acrylic resins, 306
Activation energy, 27
Active material, 335
Additive, 249
Additive manufacturing, 273, 274, 293, 296,
305
Additive process, 273
A Debye length, 46
Adhesive joining, 51
Adhesive properties, 320
Ag nanoparticles, 35
α-helix, 145
Al 2 O 3 , 282
Aluminum alloy, 163
Aluminum coated silica, 226, 231, 232
Aluminum foils, 319
Aluminum tape, 163
Alzheimer, 143
Ambient gas, 318
Amide I band, 145
Amide III signals, 145
Amorphous, 294
Amperometric sensors, 290
Amyloidogenic protein, 143
Anatase, 138
Anodic aluminum oxides, 314
Antenna effects, 118
Antibodies, 278, 291
Antireflection, 96
Apertureless scanning near-field optical
lithography, 114
Artificial biological environments, 247
Artificial bones, 310
Artificial intelligent, 62
Aryltriazene, 287
Astigmatic, 252
Atomic force microscopy, 319
Autofluorescence, 251
Avalanche ionization, 4
B
Band structure, 11
Battery lifetime, 315
Battery performance, 322
Beam shaping, 289
Beam splitters, 316
Bessel function, 19
β-sheet configurations, 145
Big data, 2
Biochips, 247
Bio-compatibility, 291
Bio-electronics, 277
Biological materials, 286
Biological tissues, 2
Biomaterials, 289
Biomedical applications, 8, 62
Biomedical devices, 2
Biomimetic environments, 266
Biosensing, 135, 142
Biosensors, 278, 280, 289–291
Bio-templates, 314
Blackbody spectrum, 120
© Springer Nature Switzerland AG 2020
A. Hu (ed.), Laser Micro-Nano-Manufacturing and 3D Microprinting, Springer Series
in Materials Science 309, https://doi.org/10.1007/978-3-030-59313-1
349