Page 311 - Carbon Nanotube Fibres and Yarns
P. 311

Index   299


              Polytetramethylene ether glycol-urethane   PU. See Polyurethane (PU)
                   (PTMGU), 221–222            PVA. See Polyvinyl alcohol (PVA)
              Polyurethane (PU), 221–222       PVDF. See Polyvinylidene difluoride
              Polyvinyl alcohol (PVA), 63, 104, 248, 254  (PVDF)
              Polyvinylidene difluoride (PVDF), 248
              Porosity, 139, 141–149, 158, 161–162,   R
                   170–171                     Radial breathing mode (RBM) signals, 42
              Porous coordination polymers. See Metal-  Radial pressure distribution, 186–187
                   organic frameworks (MOFs)   Raman spectra, 40–42, 44–46, 45f
              Post-spinning treatments, CNT fibers and   Random chiralities (RC), 192–193
                   yarns, 165–167, 166f        RBM. See Radial breathing mode (RBM)
               acid treatment                  RC. See Random chiralities (RC)
                 acidization effects, CNT mechanical   Reinforcement effect, 8, 116–117
                   properties, 110–115         Reported bundle test, 159
                 gas-phase oxidation, 107      Repulsive force, 281–282
                 liquid-phase oxidation, 107   Resistive strain gauge, 221–222
                 purification, 107–110         Reversible electrochemical process, 245
               coating and doping, 106–107     Reversible redox reaction, 244–245
               densification treatments, 103–104  Rotating-anchor method, 47
               hybrid treatment                Rub-densified CNT yarn, 4f, 145, 146f,
                 as-spun CNT fibers, 120             158, 165, 168–169
                 combined densification and epoxy
                   infiltration, 122–126       S
                 combined purification and epoxy   Saturated calomel electrode (SCE), 245
                   infiltration, 120–122       SAXS. See Small-angle X-ray scattering
                 floating catalyst method, 120       (SAXS)
                 hybrid posttreatments, advantages of,   SCE. See Saturated calomel electrode (SCE)
                   126–129                     SCs. See Supercapacitors (SCs)
               infiltration, 116–117           SDS. See Sodium dodecyl sulfate (SDS)
               irradiation, 118–119            Self-charging supercapacitors, 264–265
               liquid densification, 105–106   Self-entanglement mechanism, 17, 18f
               mechanical densification and stretching,   Semiconductors, 229–230
                   115–116                     Semi-infinite diffusion-limited reaction
               twist insertion, 104–105              process, 244–245
              Post-spin twisting process, 104, 165  Sensors
              Power density, 284, 288            biochemical sensors, 234–237
              Power density supercapacitors, 266  damage sensors, 215–219
              PP. See Polypropylene (PP)         foil strain gauges, 223–228
              PPO. See Polyphenol oxidase (PPO)  SWCNT-based piezoresistive strain
              PPy. See Polypyrrole (PPy)             sensors, 215
              Pressurized rolling system, 115–116, 126  thermal sensors, 229–233
              Pre-strained spandex fiber, 259–261  torque sensors, 219–220
              Prototype CNT yarn foil strain gauge   wearable sensors, 221–222
                   sensor, 225–228               working principles, 213–214
              Pseudocapacitive electrode material, 246–248  SHM. See Structural health monitoring
              Pseudocapacitor, 244–245               (SHM)
              PTMGU. See Polytetramethylene ether   Short/staple fiber, 158, 176
                   glycol-urethane (PTMGU)     Short textile fiber, 137
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