Investigations on ferrofluid-conducting polymer composite and its application

Preparation of poly(N-acetylaniline)–Prussian blue hybrid composite film and its application to hydrogen peroxide sensing

“…The XPS data for Fe 2p shows two Fe peaks at 708.8 (Fe 2p 3/2 ) and 722.0 eV (Fe 2p 1/2 ) for the PB and PNAANI-PB lms, respectively. 46 The peak areas of Fe 2p in the PNAANI-PB lm are also smaller than that in the PB lm. Hence the XPS signal strength of Fe 2p was weakened due to the interaction of the electrons in PNAANI with the spin centers in PB.…”

Electrodynamic properties of the nanocarbon/polymer composites with aligned by magnetic field secondary non-conductive component

“…A wide range of polymer materials satisfy this conditions providing shielding effectiveness due to dielectric loss only 4,5 . However variety of metals is attractive for the same purpose because of high magnetic loss 6,7 . But EMR metallic shields posses heavy weight, low corrosion resistance and also are rather complicated at manufacturing and installation.…”

Studies on highly conducting Polypyrrole/Fe3O4 nanocomposites

“…The PPy based nanocomposites offer advantages of light weight, processability and are tailorable to yield desired EMI characteristics by manipulating the dopant levels and nanoparticle content [5–7]. Conducting polymer‐based nanocomposites are generally synthesized by two routes [8], involving either the simultaneous formation of nanoparticles with polymerization of conducting polymers around them [9, 10], or performing the polymerization of conducting polymer on the pre‐existing nanoparticles [11–16], with the formation of a core shell structure ultimately. In these studies, the second process has been adopted due to its simplicity and practicability.…”