Page 722 - Polymer-based Nanocomposites for Energy and Environmental Applications

Index 665

Chemical oxidation, 578–579 separators, 285–292
Chemical polymerization in wind turbines, 635
vs. electrochemical polymerization, Compression after impact (CAI) tests, 40, 41f
470–471 Computational chemistry methods, 16
of pyrrole, 467–468 Concrete, 86–88
Chemical sensor, 205–206 microencapsulated PCM in, 87, 87f
Chemical vapor deposition (CVD), 109–110, Conducting fillers, 135–137, 154–158
337, 635–636 three-phase composites, 157–158
Chemisorptions, 219–220 two-phase composites
Chitin, 289 one-dimensional fillers, 155–156
bionanocomposite, 457 and shape of fillers, 156–157, 156f
Chitin nanocrystals (ChNC), 446 spherical fillers, 154–155
Chitosan, 304 Conducting polymer (CP), 186, 189, 210,
bionanocomposites, 449 240–241, 248–251, 253–254, 321, 388,
bentonite composites, 453 466–467, 599–600
calcium alginate composites, 453 based CEs, 377–384
ceramic alumina composites, 449 chemical structure, 295f
cotton fiber composites, 451 for electrochemical sensor, 212, 213f
magnetite composites, 451 polyaniline, 321–322
montmorillonite composites, 452 polypyrrole, 322
perlite composites, 450–451 polythiophene, 322
PVA composites, 452 Congo red (CR), 584, 585f
PVC composites, 453 Conjugated polymers, 515, 536
sand composites, 451–452 white-light emission, 540–541
nanocomposites, 624 Continuous extrusion process, 93–94, 95f
Cholesterol sensor, 209, 209f Conventional capacitors, 187–188, 187f
Clausius-Mossotti equation, 138 Conventional fibers, 33
Clay nanocomposites, polymer foams Conventional nanocomposite, 573–574
processing, 93–96, 94–95f Conventional water treatment, 588–589
structure of, 96 Copolymer nanofiber adsorbents, adsorption
Click chemistry, 164–166 by, 484
CNCSL. See Cellulose nanocrystals isolated Core shell polymer nanocomposites
from cellulose sludge (CNCSL) by grafting from route, 163–164, 165f
CNFSL. See Cellulose nanofibers from by grafting to method, 164–166, 166f
cellulose sludge (CNFSL) Cotton fiber composites, 451
Coagulants, 577–578 Counter electrodes (CE)
Cobalt, 12 carbon-based flexible, 375–377, 376f
Coefficient of friction (COF), 30–31 conductive polymers based, 377–384
Coefficient of thermal expansion (CTE), Nyquist plots, 383f
32–33 Pt-based flexible, 373–374
Composites, 572–573 CR-Pt electrode, 375f
crack length, 654f Cr removal, 497–498
electrodes, 285–299 Crystalline materials, 287–288
fracture toughness, 654f Crystalline thermoplastics, 2
glass/carbon fiber, 656 Cu(I)-catalyzed alkyneazide click (CuAAC)
heavy metal removal, 525–526 reaction, 164–166
nanofibers, 336–337 Curing process, for epoxy resins, 3, 7–8
nanomaterials, 509 Cyclic voltammetry (CV), 209, 374f
pollution treatment, 522–525 electropolymerized-PANI CEs, 379f