Page 728 - Polymer-based Nanocomposites for Energy and Environmental Applications

Index 671

Modified high sulfur-loading electrode membrane, for environmental remediation,
(MHSE), 304 576f
Molecular dynamics (MD) simulations, 3–4, γ-alumina and titania nanocrystallites,
8, 17 415–418
Molybdenum disulfide (MoS 2 ) nanosheets, biodegradable γ-PGA, 412–413
159–160 carbon nanofiber membrane, 409–410
Montmorillonite (MMT) clays, 32–33, 92, freshwater pollution, 407
599–600, 624 integrated CNT polymer composite
coefficient of thermal expansion, 32–33, membrane with polyvinyl alcohol layer,
33t 427–428
nanocomposite samples, 32–33, 32t nanocatalysts, oxidation of pollutants,
tensile and flexural properties, 32–33, 410–411
34t nanofiltration
Montmorillonite composites, 452 membrane bioreactor, 413–414
Multicore model, 144, 145f osmosis phenomenon, 414–415
Multiheteroatom-doped carbon nanospheres, nanoporous membrane filtration, 418–424
298–299 nanostructured polymer-based membrane,
Multijet electrospinning, 561–562 424–426
Multistate molecular modeling (M3), 16 Na-TNB, 426–427
Multiwalled carbon nanotubes (MWCNTs), synthesis
211–213, 233, 417, 513, 590 in situ reaction, 207
nanofillers, 155–156, 156f melt mixing technique, 207
solution casting technique, 207
water purification technologies, 407–408
N ZrO 2 microfiltration membrane, 428–430
Nanoadsorbents, 442–443 Nanodiamond (ND), 10
Nanoadsorption technique, 408 Nanodielectrics, 132–133
Nanobelt array (NBA), 249–250 Nanofibers, 651–655
Nanocatalysts, 408 fibrous materials, 336
oxidation of pollutants, 410–411 membranes, 409–410
photocatalysts, 410–411 solid-electrolyte interphase, 335–336
Nanocellulose fibers, water treatment, structures and production methods,
455–456 336–337
Nanoclays, 11, 644–646 Nanofibrous anodes
broken edge, 89–91 carbon precursors, 337–338
exchangeable cations, 89–91 CNF structures, 337
hydrophobic silanol surfaces, 89–91 diselenides, 347
isomorphic substitutions, 89–91 N-doped CNF, 338, 339f
in PCM materials, 91–92 NIB, electrochemical performances,
purifications and modification methods, 340–344t
89–91 1-D fibrous structures, 337
structures, 88–89, 89f Sb/ICNN anodes, 347f
types, 88–89 Sn-based compounds, 339–345
Nanocoated polymers, 399 SnO 2 /Sn/C nanofibers, 346f
Nanocomposites. See also Polymer sodiation process, 347f
nanocomposite (PNC), 315–316, 456, thermal process, 348f
492–493, 508, 572–573 transition metal dichalcogenides, 345–347
fracture toughness, 642–643 Nanofibrous cathodes
heteroatom-doped carbon, 298 layered transition metal oxide fibers, 354