Synthesis of HCl doped polyaniline–CdS nanocomposite by use of organometallic cadmium precursor

Enhanced visible-light induced degradation of benzene on Mg-ferrite/hematite/PANI nanospheres: In situ FTIR investigation

“…The patterns show that the main characteristic peaks of Mgferrite/hematite and PANI all appear in the FTIR spectra of Mg-ferrite/hematite/PANI photocatalysts. Specifically, compared with the main bands of pure PANI at 1560 cm −1 (C N and C C stretching mode), 1294 cm −1 (C N stretching mode) [12] and 1106 cm −1 (in plane ring C H bending mode) [23], all bands appeared at the corresponding locations of the FTIR spectrum of Mg-ferrite/hematite/PANI. These results indicate that PANI and Mgferrite/hematite were successfully combined together.…”

Surface passivation by l-arginine and enhanced optical properties of CdS quantum dots co-doped with Nd3+–Li+

“…Several methods such as ultraviolet (UV) irradiation, gamma irradiation, microwave irradiation, salvo-thermal method, and thermal decomposition were used for the synthesis of CdS QDs and characterized to explore their important technological applications [28][29][30][31]. The easiest and cost effective method is chemical co-precipitation method, can be carried at room temperature, and used extensively to obtain innumerable kinds of functional CdS QDs.…”

Photocurrent enhancement in hybrid cadmium sulfide/conjugated polyaniline nanofiber composites by introducing iodine

“…Recent researches have shown that PANI can act as the excellent matrix for forming polymer-nanomaterial composites [23,24], such as the nanosized ZnO or CdS/PANI structures for luminescence [25,26]. These inorganic semiconductors can act as scaffolds in splitting and transferring a flow of photoinduced charge carriers in organic/inorganic hybrid structure, showing promising prospects in photoelectronic applications.…”