The electrochemical synthesis and corrosion behaviour of TiO 2 /poly(indole-co-aniline) multilayer coating: Experimental and theoretical approach

Electrochemical synthesis and corrosion protection of poly(3-aminophenylboronic acid-co-pyrrole) on mild steel

“…16 Boronic acidcontaining polymers with their stimuli-responsive behavior have potential applications as self-healing materials, therapeutic agents, self-regulated drug delivery systems, nucleotide adsorbents, and sensors. 17 A few studies deal with the electrochemical synthesis of conducting polymer-based copolymer coatings such as poly(pyrrole-co-N-methyl pyrrole) on MS, 18 poly(o-phenylenediamine) on MS, 19 zinc modied poly(anilineco-pyrrole) on low nickel stainless steel, 20 and TiO 2 /poly(indoleco-aniline) on stainless steel 21 as a protective coating against on metal corrosion. The purpose of copolymer synthesis is to obtain a coating with the advantageous features of each homopolymer.…”

Impact of Solubilising Matrices for TiCl4 on the Formation of TiO2 Nanoparticles

“…They are often synthesised via biological (plants, agro-waste) or chemical (chemical salts) techniques. Up to date, chemical methods are specifically applied for TiO 2 and a large number of other nanoparticle have been developed using methods such as chemical precipitation [1][2][3]; sol gel [4][5][6], hydrothermal [7][8][9][10], solvo-thermal [11,12], combustion [13,14], chemical vapour deposition (CVD) [15], electrochemical synthesis [16,17] and fungus-mediated [18,19], synthesis/methods. Amongst these, the Wet Chemical Method is known to be effective as chemical precipitation is applied with low chemical consumption, in a cost effective manner with better product quality outcomes.…”