Blends of HCl-doped polyaniline nanoparticles and poly(vinyl chloride) with extremely low percolation threshold — a morphology study
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Enhanced electrical properties of polyaniline carbon nanotube composites: Analysis of temperature dependence of electrical conductivity using variable range hopping and fluctuation induced tunneling models
2021, Journal of Solid State ChemistryCitation Excerpt :There is an increase in the demand for composite materials in the last few decades, which are now available as materials with a unique combination of properties. Making composites of PANI with inorganic nanostructures helps to enhance its electrical conductivity [6,18,19]. Multiwalled carbon nanotube (MWNT) is one such highly pursued material due to its high electrical conductivity, mechanical strength and thermal stability [7].
Substantially increased electrical conductivity of polyaniline through blending with babassu oil in the presence of dichloromaleic anhydride
2019, Materials Chemistry and PhysicsCitation Excerpt :Some PAni doping process can be found in the literature. We can cite, for example, those involving protonic acids, such as HCl [27,28] and H2SO4 [29], which can highly dope Polyaniline at higher concentrations. Recently, process involving metallic ions [30] and metallic oxides [31] are being employed with good results.
Fabrication of a novel Zeolite-X/Reduced graphene oxide/Polypyrrole nanocomposite and its role in sensitive detection of CO
2018, Materials Chemistry and PhysicsCitation Excerpt :Conductive polymers prepared in the form of nanostructures are of much interest in recent years as their unique morphology with high specific surface area usually results in very constructive advantages such as improved dispersion [1] in organic and inorganic solvents, response to sensor applications [2,3] and enhanced electronic conductivity [4,5].
Effect of particle size and shape on positive temperature coefficient (PTC) of conductive polymer composites (CPC) - a model study
2016, Materials and DesignCitation Excerpt :In particular, the effect of the size and shape of a model conductive filler on the PTC effect of a polymer composite will be studied. The relationship between size and shape of a conductive particle and its percolation threshold in a polymer is well understood in terms of percolation theories [15,16,38]. Still unclear is the relationship between particle size and shape and PTC effect even though many different conductive particles have been studied [3,17–20].
Synthesis and characterization of hybrid nanocomposites of polypyrrole filled with iron oxide nanoparticles
2014, Journal of Physics and Chemistry of SolidsCitation Excerpt :These materials are especially important owing to their bridging role between conducting polymers and nanoparticles. There are many examples of nanocomposite hybrid materials in which organic materials such as polystyrene [1,2] and poly(vinyl chloride) [3] are combined with inorganic oxides or salts such as CuO [4], SiO2 [5], ZrO2 [6], SnO2 [7], and BaSO4 [8]. In almost all cases, some specific nature of the association between the two components has been observed.