360
Index
Ultrafast laser, 2, 77
Ultrafast phenomenon, 6
Ultrafast pulsed laser, 1
Ultrashort pulses, 287
Ultrasonic peening, 167
Ultraviolet laser, 306
Ultraviolet light, 28
UV photolysis, 275
UV–VIS-NIR spectrum, 95
UV–Vis spectrophotometer, 150
V
Valence-band population, 6
Valence electrons, 6
Vanadium oxide film, 122
Velocity, 8
Vertical cavity surface-emitting lasers, 296
Visible light, 157
voids, 170
Voltage, 10
Voltage loss, 328
Volume, 8
Volume expansion, 163
Volumetric heat capacity, 35
W
Waveguide-based devices, 185
Waveguides, 51
Wearable electronics, 2
Weight, 8
Wet chemistry, 134
X
X-ray diffraction, 144
X-ray diffraction patterns, 309
X-ray photoelectron spectroscopy, 152
X-shaped channel, 256
Y
Yttria-stabilized zirconia, 305
Z
Zebrafish, 152
Zeolites, 149
Zeta potential measurements, 150
Zinc ferrite nanoparticles, 149
Index
Ultrafast laser, 2, 77
Ultrafast phenomenon, 6
Ultrafast pulsed laser, 1
Ultrashort pulses, 287
Ultrasonic peening, 167
Ultraviolet laser, 306
Ultraviolet light, 28
UV photolysis, 275
UV–VIS-NIR spectrum, 95
UV–Vis spectrophotometer, 150
V
Valence-band population, 6
Valence electrons, 6
Vanadium oxide film, 122
Velocity, 8
Vertical cavity surface-emitting lasers, 296
Visible light, 157
voids, 170
Voltage, 10
Voltage loss, 328
Volume, 8
Volume expansion, 163
Volumetric heat capacity, 35
W
Waveguide-based devices, 185
Waveguides, 51
Wearable electronics, 2
Weight, 8
Wet chemistry, 134
X
X-ray diffraction, 144
X-ray diffraction patterns, 309
X-ray photoelectron spectroscopy, 152
X-shaped channel, 256
Y
Yttria-stabilized zirconia, 305
Z
Zebrafish, 152
Zeolites, 149
Zeta potential measurements, 150
Zinc ferrite nanoparticles, 149
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