Page 735 - Polymer-based Nanocomposites for Energy and Environmental Applications

678 Index

Supercapacitors (Continued) Thermal energy storage cement mortar
applications of ionic liquids in graphene (TESCM), 86–87
based, 326–327 Thermal gravimetric analyzer (TGA),
battery vs., 256, 258t 79–80
CNTs, 259 Thermally stable copolyimide, 294
EDLCs, 185–186, 188–189, 188f, 256–259, Thermal stability, 15
258f Thermocrete, 86–87
electric double layer, 320 Thermoplastic nanocomposites, 493
electrodes role in, 321–324 Thermoplastic polymer
Faradaic, 321 amorphous, 2
graphene, 260–263, 324 applications, 3
ionic liquids, 325–327 bonds, 1–2
manganese dioxide, 265 crystalline, 2
PANI@MnO 2 , 265, 266f defined, 1–2
PANI nanofiber, 259–263, 261f Thermoset nanocomposites, 493
polymer conducting materials, 259 Thermosetting resins, 3–4, 4f
polypyrrole, 259–263, 262f recycling techniques, 3–4, 4f
power bursts, 256 Thin-film composite (TFC), 573–574
pseudocapacitance, 256–259, 258f Thin-film nanocomposite (TFN), 573–574
pseudocapacitors, 186, 189 Thio-LISICON, 288–289
transition metal oxides, 265 T-history method, 78, 80f
Surface-located nanocomposite, 573–574 Tilted sandwich debond (TSD), 47
Surface modified bionanocomposites, Tin (Sn)-embedded carbon-silica polymer
514–515 nanocomposites, 622
enzymatic phosphorylation, 447 Tin oxide, 254
TEMPO-mediated oxidation technique, Titania nanocrystallites, 417
446 Titanium dioxide (TiO 2 ), 158–159, 410–411,
SWCNT/PEDOT/PSS nanocomposite films, 510–511, 523–524, 523f
513 polypyrrole nanocomposite, 473
Synthesized fluorinated polyurethane Titanium oxide, 254
(FPU), 559, 560f Trace metal ions, 603–607
Synthetic ion exchangers, 603 Transition metal dichalcogenides, 345–347
Transition metal oxides, 299, 321
Transparent conductive oxide (TCO),
T 362–363, 366–367
Tanaka’s model, 144–146, 145f flexible DSSC device structure, 370f
Task-specific ionic liquids (TSILs), Treated jute fiber reinforced biopol
443, 457 composites (TJBC), 41–42, 43f
TCP method, biofilm detection, 399, 402f Treated jute fiber-reinforced composites
Template synthesis, 13, 621–622 (TJPC)
TEMPO (2,2,6,6, tetramethyl-1- tensile modulus, 60, 61f
piperidinyloxy)-mediated oxidation, tensile strength, 60, 61f
446, 454 Treated jute fiber-reinforced polyethylene/
TEMPO-oxidized cellulose nanofibers clay (TJPCC)
(TOCNF), 444–445 tensile modulus, 60, 61f
Tensile fiber bundle test (TFBT), 44–45, tensile strength, 60, 61f
44f Treated jute polyester composites
Tensile modulus (TM), 60, 61f (TJPC), 56–57
Tensile strength (TS), 60, 61f 2,2,2-Trifluoroethyl acetate (TEFA), 243–244