Optical and electronic properties of layer-by-layer and composite polyaniline-cadmium selenide quantum dot films

High‐frequency measurement of dielectric permittivity and antimicrobial properties of polyaniline and graphite oxide nanocomposites

“…Among all the methods, special attention is being devoted to the synthesis of PANI through electrochemical polymerisation, interfacial polymerisation, in situ chemical oxidative polymerisation and rapid mixed polymerisation methods. Tremendous efforts have been made to prepare PANI composites with various filler materials such as carbon nanotubes, [8,9] zeolites, [10] SiO 2 [11], graphene [12], graphite [13], nanodiamonds [14], mesoporous carbon, montmorillonite clay, zeolite [15], TiO 2 [16], titanate, ZnO [17], quantum dots [18], noble metal nanoparticles [19], organic polymer cores, [20,21] etc. with an aim to combine the merits of each individual component.…”

Optical and cyclic voltammetry behavior studies on nanocomposite film of copolymer and WO 3 grown by electropolymerization

“…Many applications have been developed based on these unique properties that include electrochromic devices (ECDs), polymeric batteries, photovoltaic cells, energy storage, optoelectronic devices, and display devices [3][4][5][6][7][8][9][10]. In all of these devices, conducting polymers have been utilized as active materials in the fabrication of junction devices [11].…”

“…Polyaniline (PANI) and its derivatives such as o-anisidine have attracted considerable attention due to their use in optoelectronic industries [12][13][14]. Polyaniline (PANI) and its derivatives have been investigated by a number of researchers to study their optical and electrochromic properties [6,10,15,16].…”