Page 729 - Polymer-based Nanocomposites for Energy and Environmental Applications

672 Index

Nanofibrous cathodes (Continued) Nanopolymer fiber reinforced composites
multimetal oxides, 351–354 (NPFRC)
NFMO nanofiber, 354f compression after impact tests, 40, 41f
in situ synthetized Na 3 V 2 (PO4) 3 crystals, conventional fibers, 33
349 GFRPs
solvothermal synthesis, 351, 352f interlaminar shear strength, 33, 35f
vanadium phosphate nanostructures, 352f tensile properties, 33, 35f
Nanofibrous composite air filters glass fiber-reinforced vinyl ester, 38–39
fiber alignment, 555–556 montmorillonite, 37–38
nonwoven air filters, 553 multiwall carbon nanotubes, 41
packing density, 562–563 nanoclay-enhanced epoxy matrix, 44
porosity, 562–563 noncrimp glass fabric-reinforced clay/
pressure drop, 553 epoxy nanocomposites
production methods flexural strength, 35–36, 37f
electrospinning, 557–563 storage modulus, 35–36, 37f
nonelectro fiber spinning techniques, tensile strength, 35–36, 36f
563–566 treated jute fiber-reinforced biopol
quality factor, 554–555 composites, 41–42
reuse and cleanability, 556 untreated jute fiber-reinforced biopol
slip flow regime, 553 composites, 41–42
velocity profiles, 554f vacuum assisted wet layup process, 33–35,
Nanofillers, 29–30, 143, 240–241 36f
Nanofiltration (NF), 408–409 woven glass fiber-reinforced laminates, 39
membrane bioreactor, 413–414 Nanopolymer fiber-reinforced sandwich
osmosis phenomenon, 414–415 composites (NPFRSC)
Nanoforest technology, 635–636 CNTs, 51–52
Nanoparticles (NPs), 29–30, 30f, 284–285, damage analyses, 46–47, 49t
635–636 debond fracture toughness, 47, 50t
dispersion of, 14 experimental data, 45, 46t
reinforced recycled thermoplastic fracture pattern
composites CNT core, 51–52, 52f
recycled PVC/clay nanocomposite, 64 epoxy core, 51–52, 52f
rHDPE, 64 graphite/epoxy face sheet, 45–46
RPET-OMMT system, 62, 63f model prediction vs. experimental data, 49,
rPET/organoclay nanocomposites, 63 51f
rPMM, 64 nanoclay foams, 47, 50f
reinforced thermoplastic composites, neat foams, 47, 50f
60–62 sandwich beams, 45–46, 46f
Nanopolymer composites (NPC) Nanopolymer natural fiber reinforced hybrid
coefficient of friction, 30–31 composites
coefficient of thermal expansion, 32–33, epoxy-sisal fiber composites, 56
33t flax fiber fabrics, 53
elastic modulus values, 31–32, 32t high-density polyethylene composites,
hardness, 30, 31f 53–55
homogenous nanoclay/epoxy composites, hybrid composite, storage modulus, 57–60,
32 58–59f
montmorillonite clays, 32–33, 32t JPC composite, 56–57
polyester resin, 32–33, 32t soy protein concentrate resins, 53
specific wear rate, 30–31, 31f tensile modulus, 60, 61f