Page 309 - Carbon Nanotube Fibres and Yarns

Index 297

Ferrocene, 38–39 aromatic fiber, 89–91
FIB. See Focused ion beam (FIB) carbon fibers, 85–89
Fiber bundle, 158, 215 PVA fiber, 89
Fiber helix angle, 137–138, 272 TRLs, 85
Fiber packing fraction, 142, 144 matrix interfacial shear strength, 94–95
Fiber tensile stress, 272–273 nano-sized carbon allotropies, 72–73
Finite element model, 200–201 natural fibers, 71–72
Flexible actuators, 9 perspectives, 95–96
Flexible energy storage system, 243 properties
Floating catalyst method, 4f, 7–8, 38–40, 42, CNT-containing fibers, 81–85
46–47, 52–53, 54t, 103, 107–108, interfacial stress, 73–74
112, 115–116, 120, 128–130, 172 nucleation/templating effects, 74–79
Flyer spinning method, 23–24 PET, 74–76
Focused ion beam (FIB), 143–144 polymer fibers, 73–74
Foil strain gauges, 223–228 spinning technology, 72–73
Forest-based yarns, 183–184 UHMW-PE and PVA fibers, 72
Full-width of half-maximum (FWHM), Intertube load transfer, 116–117,
63–64, 93 196–197
FWHM. See Full-width of half-maximum Ionic liquid-based electrolyte, 248, 261
(FWHM)
J
G Johnson-Cook model, 167
Gas phase pyrolysis method, 39–40 Joule heating, 281
Gel polymer electrolyte, 253–254
Gel spinning technique, 89 K
Glass fiber, 142, 157, 167 Kevlar fiber, 71–72, 91
Graphene oxide (GO), 117 Knot efficiency, 128–129
Knot theory terminology, 274
H Koh gel electrolyte, 247
Hierarchically arranged helical fibers
(HHFs), 278–279 L
High-sensitivity strain sensor, 221–222 Laser diffraction method, 139
High-strength CNT yarn, 5–7 LDS. See Lithium dodecyl sulfate (LDS)
High thermal conductivity metals, 174 Lennard-Jones potential, 192
Human motion detection, 221–222 Lifting force, 278, 283
Hyaluronic acid biopolymer, 287 Linear density, 47–48, 138–140, 142, 156,
Hydrogen, 19–20, 39–40 160
Linking number, 274
I Liquid-densified fibers
Inorganic salts, 245 acetone-densified yarn, 147–149
Interfacial shear stress, 191 solvent-densified yarn morphology,
Internal defect distribution, 167 147–149, 150t
Interphase structures, CNT-reinforced TEM images, 147–149, 149f
polymer nanocomposites Liquid-phase oxidation method, 107
alignment, 93–94 Lithium dodecyl sulfate (LDS), 64–65
artificial fibers/man-made fibers, 71–72 Load transfer, 174, 177, 184, 189–190,
development, 79–81 192–194, 196–197, 200–202
dispersion, 91–92 Localized writhing, 273
high-performance polymeric fibers London dispersion force, 3–5