Page 721 - Polymer-based Nanocomposites for Energy and Environmental Applications

664 Index

Bionanocomposites nanofiber, 651–655
as adsorbents, 444 silica nanoparticles, 648–651
cellulose based, 454–456 in imidazolium ionic liquids, 328f
chitin based, 457 ionic liquids as electrolyte for, 327
chitosan based, 449–453 mechanical, electric, and thermal
ChNC, 446 properties, 643, 644t
CNCSL, 445–446 multiwalled, 9
CNFSL, 445 single-walled, 9
properties, 447 structures, 638f
surface modified wind energy capacity 2001–16, 637f
enzymatic phosphorylation, 447 wind turbine applications
TEMPO-mediated oxidation technique, electrostatic properties, 643
446 fatigue resistance, 641–642
water treatment, 444–445 fracture toughness, 642–643
Biopolyester-based green composites, 623 wind turbine blades, nanocomposite
Biopolymer(s), 412 coating for, 655–656
cellulose, 159 Carbon nanotube-reinforced composite
Biosensor, 205–206, 208–209 (CNTRC), 51
Biosorption, 443–444 Catalytic degradation, 192–193
Bruggeman’s formula, 147 CdSe QDs, 515, 516f, 517
Cellulose, 289
composite films, 397–401
C nanofibril, 456
Cadmium telluride (CdTe), 512 silver-coated polymer nanocomposite
Calcium alginate composites, 453 films, 400–401
Capture efficiency, 554–556 Cellulose based bionanocomposites
Carbon(s), 322 CNC, 454–455
activated, 315–316 CNF, 454
coating, 247–248 MFC, 454
nanocomposites, heteroatom-doped, 298 nanocellulose-based materials, 455–456
nanofiber-reinforced glass fiber/epoxy water treatment, 456
matrix-based hybrid composites, 651 Cellulose-based nanocomposites, 624
nanomaterials, 298 Cellulose nanocrystal (CNC), 454–455,
Carbon-based flexible CEs, 375–377, 376f 646–648
Carbon-based materials, 640t bioethanol production process, 445–446
Carbon fiber-reinforced polymers (CFRP), Cellulose nanocrystals isolated from cellulose
41, 646 sludge (CNCSL), 445
Carbon fibers, 44–45 Cellulose nanofibers (CNF), 444–445, 448,
plasma-modified and sized, 45f 454
unmodified, 44f Cellulose nanofibers from cellulose sludge
Carbon nanofibers (CNF), 336–337 (CNFSL), 445
graphene oxide, 347 Centrifugal spinning, 336
membrane, 409–410 Ceramic materials, ion conduction in,
Carbon nanotube (CNT), 9–10, 106–107, 287–288
107f, 206, 232–233, 323, 323f, Ceramic membranes, 429
327, 387 Ceramics, 287–289
alternative nanocomposites Chemical/biosensor applications, 118–119,
cellulose nanocrystals, 646–648 118t
nanoclay, 644–646 Chemical blowing agents (CBA), 93