Stable polyaniline dispersions prepared in nonaqueous medium: synthesis and characterization

Alternative oxidizers in polyaniline synthesis

“…There exist lots of their variants like polymerization carried on in emulsion [16] in order to enhance contact surface between organic monomer and inorganic oxidant, polymerization in non-aqueous environment [17,18] and in low temperature plasma [19]. The polymerization method is determining factor for properties of the final product like chemical composition, oxidation state or average molecular weight.…”

“…There are some oxidants more often reported in the bibliography than the others. This group constitute peroxydisulfate (VI) sodium or ammonium (MacDiarmid method) [20,21], ammonium peroxydisulfate/ammonium cerium (IV) nitrate mixture [22], chromate (VI) potassium [23] and hydrogen peroxide [16].…”

Synthesis and characterization of core‐shell SiO2 nanoparticles/poly(3‐aminophenylboronic acid) composites

“…38 The use of PANI for applications is restricted because of its poor solubility, less thermal stability, loss of conductivity at high temperature, and poor processability both in melt and solution conditions. 39 Substituted PANI with functional groups such as À ÀSO 3 H, À ÀCOOH or doped with functional protonic acids, such as camphor sulfonic acid, dodecylbenzenesulfonic acids, etc. are having better solubility and processability over PANI.…”

Structure and electrochemical properties of polyamide and polyaniline

“…4 Polyaniline and its derivatives have been considered as promising materials in various applications 5,6 due to their versatile properties, for example, good environmental stability, ease of processability, high conductivity, [7][8][9] swift change in color with applied potential and a simple, and reversible acid/base doping/ dedoping properties. 10 In the recent years, copolymers comprising aniline and substituted anilines have received greater attention.…”