Matches in SemOpenAlex for { <https://semopenalex.org/work/W2994304093> ?p ?o ?g. }
- W2994304093 endingPage "105395" @default.
- W2994304093 startingPage "105395" @default.
- W2994304093 abstract "A study on clay mineral polymer nanocomposites (CPN), namely polyaniline/montmorillonite-cetyltrimethylammonium bromide (PANI/Mt-CTAB), poly o-anisidine/montmorillonite-cetyltrimethylammonium bromide (poly(o-ANIS)/Mt-CTAB) and poly o-anisidine-co-aniline/montmorillonite-cetyltrimethylammonium bromide (poly(o-ANIS-co-ANI)/Mt-CTAB), synthesized by oxidative chemical polymerization method is presented. The nanocomposites have been characterized by Fourier transform infrared spectroscopy, UV–vis spectroscopy, and cyclic voltammetry, X-ray diffraction, scanning electron microscopy, transmission electron microscopy, cyclic voltammetry and thermogravimetry and differential scanning calorimetry analysis. By UV–vis measurements different electronic transitions for the CPNs were pointed out. The voltammograms indicate that the synthetized materials are electroactive. The FTIR analysis reveals the characteristic bands of the polymers and of the Mt-CTAB. The shift of the bands to higher/lower wavenumbers demonstrate the interaction between the pristine polymers macromolecular chains and the montmorillonite (Mt). The intercalation of the polymers inside the mineral clay was confirmed by the increased interlayer distance connected with the position of the 011 diffraction plane of the Mt., and the intercalation and exfoliation states were highlighted in the scanning and transmission electron microscopy images. The obtained results are encouraging in respect with the purpose to use them in the field of photovoltaic applications." @default.
- W2994304093 created "2019-12-13" @default.
- W2994304093 creator A5010107107 @default.
- W2994304093 creator A5018831245 @default.
- W2994304093 creator A5032053817 @default.
- W2994304093 creator A5035369825 @default.
- W2994304093 creator A5036627788 @default.
- W2994304093 creator A5054747291 @default.
- W2994304093 creator A5057868015 @default.
- W2994304093 creator A5064543079 @default.
- W2994304093 creator A5076847098 @default.
- W2994304093 creator A5080989938 @default.
- W2994304093 creator A5082921125 @default.
- W2994304093 date "2020-01-01" @default.
- W2994304093 modified "2023-10-16" @default.
- W2994304093 title "Synthesis and characterization of conducting aniline and o-anisidine nanocomposites based on montmorillonite modified clay" @default.
- W2994304093 cites W1963539996 @default.
- W2994304093 cites W1965153145 @default.
- W2994304093 cites W1971049329 @default.
- W2994304093 cites W1971713980 @default.
- W2994304093 cites W1973904360 @default.
- W2994304093 cites W1977772451 @default.
- W2994304093 cites W1983509880 @default.
- W2994304093 cites W1987714940 @default.
- W2994304093 cites W1988164877 @default.
- W2994304093 cites W1992341845 @default.
- W2994304093 cites W1995088993 @default.
- W2994304093 cites W2007514501 @default.
- W2994304093 cites W2010377485 @default.
- W2994304093 cites W2011077416 @default.
- W2994304093 cites W2011912602 @default.
- W2994304093 cites W2013960205 @default.
- W2994304093 cites W2014031530 @default.
- W2994304093 cites W2014550958 @default.
- W2994304093 cites W2017959000 @default.
- W2994304093 cites W2017977885 @default.
- W2994304093 cites W2021010767 @default.
- W2994304093 cites W2025128389 @default.
- W2994304093 cites W2028366507 @default.
- W2994304093 cites W2028728473 @default.
- W2994304093 cites W2030507982 @default.
- W2994304093 cites W2033257113 @default.
- W2994304093 cites W2035634095 @default.
- W2994304093 cites W2044591987 @default.
- W2994304093 cites W2046605287 @default.
- W2994304093 cites W2052170889 @default.
- W2994304093 cites W2057338930 @default.
- W2994304093 cites W2059634695 @default.
- W2994304093 cites W2061996411 @default.
- W2994304093 cites W2068857327 @default.
- W2994304093 cites W2069243456 @default.
- W2994304093 cites W2071538811 @default.
- W2994304093 cites W2075482684 @default.
- W2994304093 cites W2076123253 @default.
- W2994304093 cites W2076983491 @default.
- W2994304093 cites W2077676964 @default.
- W2994304093 cites W2078270919 @default.
- W2994304093 cites W2078569203 @default.
- W2994304093 cites W2078657049 @default.
- W2994304093 cites W2086281516 @default.
- W2994304093 cites W2087460481 @default.
- W2994304093 cites W2095201519 @default.
- W2994304093 cites W2098440528 @default.
- W2994304093 cites W2107184060 @default.
- W2994304093 cites W2109383673 @default.
- W2994304093 cites W2113146388 @default.
- W2994304093 cites W2118005277 @default.
- W2994304093 cites W2132339978 @default.
- W2994304093 cites W2135256494 @default.
- W2994304093 cites W2148394164 @default.
- W2994304093 cites W2156538133 @default.
- W2994304093 cites W2172465248 @default.
- W2994304093 cites W2321241528 @default.
- W2994304093 cites W2329464411 @default.
- W2994304093 cites W2412059691 @default.
- W2994304093 cites W2576353516 @default.
- W2994304093 cites W2695661449 @default.
- W2994304093 cites W2740278801 @default.
- W2994304093 cites W2756194325 @default.
- W2994304093 cites W2791660933 @default.
- W2994304093 cites W2793969021 @default.
- W2994304093 cites W2885480239 @default.
- W2994304093 cites W2885678583 @default.
- W2994304093 cites W2894512091 @default.
- W2994304093 cites W2900214977 @default.
- W2994304093 cites W2906147850 @default.
- W2994304093 cites W2918040796 @default.
- W2994304093 cites W2946906341 @default.
- W2994304093 cites W2954190066 @default.
- W2994304093 cites W3029961223 @default.
- W2994304093 cites W2730437148 @default.
- W2994304093 doi "https://doi.org/10.1016/j.clay.2019.105395" @default.
- W2994304093 hasPublicationYear "2020" @default.
- W2994304093 type Work @default.
- W2994304093 sameAs 2994304093 @default.
- W2994304093 citedByCount "13" @default.
- W2994304093 countsByYear W29943040932020 @default.
- W2994304093 countsByYear W29943040932021 @default.