Page 658 - Polymer-based Nanocomposites for Energy and Environmental Applications
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Polymer-based Nanocomposites for Energy and Environmental Applications
606
Reference
mg/g
(qe)
Capacity
ions
Metals
fluorescence [69] 173.0 671.1, Cr(VI) Hg(II), [70] 227 Cr(VI) spectrometer [71] 38.97 Cu(II), absorption [72] 227.3 232.5, As(III)As(V) emission [73] 68.97 109.9, Cr(VI) Cr(III), absorption [74] 24.21 Pb(II) plasma coupled emission [75] 384.615 Cd(II) absorption
Techniques Atomic spectrophotometer UV-visible Atomic spectroscopy optical ICP spectrometer Atomic spectrophotometer Inductively atomic spectroscopy Atomic spectrophotometer
composite (PPy- shell-activated glycol) nanocomposite polyaniline/
acid composite with silica nanocomposites
Continued Materials Polyaniline/humic Polypyrrole-polyaniline nanofibers Polyaniline/coconut Polyaniline/Fe0 nanofibers Polyaniline/poly(ethylene Polyaniline-sawdust Mesoporous polypyrrole
22.1 PANI) carbon
Table No S. 30 31 32 33 34 35 36
