Page 720 - Polymer-based Nanocomposites for Energy and Environmental Applications
P. 720

Index






           Note: Page numbers followed by f indicate figures, and t indicate tables.

           A                                    silver-coated composites, 401f
           Acid-treated multi-walled carbon nanotubes  Aqueous electrolyte, 324
               (AT-MWNTs), 425                Aqueous rechargeable lithium battery
           Activated carbon, 574–575, 600–603     (ARLB), 243–244
           Activated porous PANI, 227–229, 228–229f  Arsenic (As) removal, 496
           Activated sludge process (ASP), 413–414  Atom transfer radical polymerization
           Adsorbents, 574–577, 584               (ATRP), 163–164
           Adsorption, 526, 597–599           Attenuated total reflectance-Fourier
                                                  transform infrared spectroscopy
             of contaminants, 193–194
               arsenic removal, 496               (ATR-FTIR), 448
               Cr removal, 497–498            Avalanche mechanism, 141–142
               (Pb, Cu, Cd, and Zn) removal, 496–497
             copolymer nanofiber adsorbents, 484  B
             isotherm models, 448–449, 577    Barium titanate (BT) nanocomposites, 134
             nanocomposites, 577              Batch process, 93, 94f
             PPy-agricultural/biological/industrial-  BaTiO3-based nanocomposites, 151–153,
               based nanocomposite adsorbents, 480  157–158
             PPy-graphene-oxide/carbon-based  Battery. See also specific battery types
               adsorbents, 480–484              energy densities, 334f
             PPy-surfactants/metal oxide nanoparticle  materials, address volume change issue,
               adsorbents, 476–478                297f
             PPy-zeolite/clay nanocomposite   Bentonite composites, 453
               adsorbents, 478–479            β-cyclodextrin polymer, 193–194
           Ag-epoxy nanocomposite, 519        β-relaxation, 140–141
           Ag-PPAni composites, 397–398       Biaxially oriented polypropylene (BOPP),
           α-relaxation, 140                      137, 164
           Alumina membranes, 429             Bilayer nanocomposite, 515
             synthesis and characterization, 417–418  Binder-free TiO 2 paste, 368–369
           γ-Alumina nanocrystallites, 417    Biodegradable polymers, 18, 619t
           Amorphous thermoplastics, 2          tissue engineering, 626
           Amphiphilic polymeric binders, 294  Biofilm
           Anchoring groups, 161, 162f          detection
           Anodic stripping voltammetry (ASV)     cover slip assay, 400
               method, 117                        TCP method, 399, 401, 402f
           Antideformed PEO@PAN/PSU fiber-based  formation
               filter, 562f                       on medical devices, 397–398
           Antifouling                            qualitative determination, 398–399,
             Ag nanocomposites, 399, 402–403      400f
             bacterial reduction assay, 404, 404f  quantitative crystal violet-binding assay,
             biofilm attachment, 402f             399
             SEM analysis, 403                Biological contaminants, 585–586
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