Page 730 - Polymer-based Nanocomposites for Energy and Environmental Applications
P. 730

Index                                                             673

             tensile strength, 60, 61f        Nonelectro fiber pinning techniques, 563–566
             water uptake                     Non-electrostatic (non-ES) filter, 565
               clay-filled composite, 56, 57f  Nonpolymer-based nanocomposites, 572–573
               unfilled composite, 56, 57f    Nonporous PANI
           Nanoporous aluminum oxide membranes,  hydrogen
               424                                adsorption, 222, 224f
           Nanoporous membrane filtration, 418    desorption, 222, 224f
             sort of fabrication method, 418      uptake, 221–222
             sort of material, 418              nanofibers, 222, 223f
             sort of pores, 418–423             synergistic effect, 221–222
           Nanoporous PANI                    Nonwoven polyaniline-polystyrene (PAni-
             aromatic rings, 225–227              PS), 581, 583f
             HCPs, 225–227                    Nylons, 4f,5
             hydrogen adsorption isotherms, 225–227,
               226f
             paraformaldehyde, 225–227        O
             physisorption, 223–225           Oily wastewater treatment, 417
             PIMs, 223–225                    One-dimensional fillers, 155–156
             Sievert isotherm apparatus, 227  Optoelectronics, 119–120, 120f
           Nanoresin technology, 635–636      Organic dyes, 583–584
           Nanoscale fillers, 573f            Organic-inorganic hybrid composites,
           Nanostructured conductive polymer gels, 296f  516–517
           Nanostructured polymers, 207       Organic light emitting diodes (OLEDs),
             based membrane, 424–426              538–539
             for gas sensors, 207, 208f         operating principle and performance,
           Nanotechnology, 28–29, 29f, 185–186, 248  539–540, 539f
           Nanotubes (NT), 337, 386             uses, 540–541
             carbon, 323, 323f                Organic-organic nanocomposites, 492
           Na-TNB. See Sodium titanate nanobelt  Organic pollutants removal, water treatments
               membrane (Na-TNB)                dyes, 583–584
           Natural cellulose-laden composite polymer  hydrocarbons, 585
               electrolyte membrane, 305f       pesticides, 584–585
           Naturally-sourced materials, 289   Organometallic perovskites, 531
           Natural oil based polymer based sensor,  Organophilization process, 15
               214–216                        Osmosis, nanofiltration, 414–415
           Na 3 V 2 (PO4) 3 (NVP) crystals, 349  Oxygen reduction reaction (ORR), 579, 579f
           Nd 2 O 3 , 151–152                 Ozone, sensing of, 115–116, 116f
           n-Ethylene monomers, 317f
           NF-F filter membranes, 560f
           NIBs. See Sodium-ion batteries (NIBs)  P
           NiFe 2 O 4 -PAni nanocomposite, 581  Palladium (Pd), 11–12
           Nitrite detection, 116             PANI/Bi 2 O 3 , 212
           Nitrogen-doped mesoporous TiO 2 nanofibers,  PANI-coated honeycomb-like MnO 2
               347–349                            nanosphere, 265, 266f
           Non-aqueous electrolyte, 325       PANI-coated LiVPO 4 F cathodes, 249–250,
           Non-conducting fillers, 135–137        250f
             three-phase composites, 153–154  PANI nanofibers (PANI-NF), 222, 223f
             two-phase composites based on spherical  PANIs/TiO2 NCs, 192, 193f
               fillers, 151–153               Paraffin, 81–82, 83f
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