Characterization and Dispersion Analysis of Silicon Carbide Nanoparticles in Polypropylene for Metal Matrix Composites
I SapaevDepartment of Physics and Chemistry, School of Engineering, Central Asian University, Tashkent, UzbekistanLaith JasimCollege of Technical Engineering, The Islamic University, Najaf, IraqVenkata SubramaniY RajiMhd OthmanNahsm NordinM AdamKam SaidAl AaniS HaroutounianA WrightC HilalNB PuX LinB LiX ChenC HeC LiaoS TjongSmr RazaviR NeisianyA MarjaniP MadhukarN SelvarajCsp RaoG KumarI AhmadM IslamY PodrezovK GogaevV VoropaevY YevychN KorzhovaS Vega-DazV GonzlezA Morelos-GmezF Tristn-LpezLabrada- DelgadoGA NevarN TarasenkaM NedelkoS ChakrabartiT VelusamyM ShokeirEl MoghaziS OmaraA ElghazalyA EmaraMK PadmavathiR VenkateshDe PouresM SelvakumarMaa TarawnehR ChenHj AhmadSAl-Tarawni MaS SarairehS ParvezK SaeedS CastellanosVva FernndezJ AguilarF Moscoso-SnchezI CejaS HematiR HossainV SahajwallaC HuY LiN ZhangJ ZhangA KlegovA InayatP IndykaJ GryboZ Sojka
ABI
Abstract
Batyr Sapaev, L.H. Jasim, Mahalakshmi and Venkata Subramani The possibility of using polypropylene (PP) to embed silicon carbide nanoparticles (SiCnp) into metal matrix composites (MMCs) was explored. The modified Hummers’ method was used to manufacture the SiCnp, and X-ray photoelectron spectroscopy (XPS) and X-ray diffraction (XRD) were used for characterization.
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