A EmanM. DawyA. AbouelsayedInas. A. El-SabbaghMagda M. El-FassM ElfassS IijimaY ZhangQ ZhangY LiN WangJ ZhuHongwei BaiLilin Xiaoli ZanDarren ZhangSun DelaiV GeorgakilasD GournisV TzitziosL PasquatoD GuldieM PratoX YeY LinC WaiJi QiNeeva BenipalChanghai LiangWenzhen LiChien-Sheng HuangChun-Yu YehYung-Huang ChangYi-Min HsiehChien-Yeh KuQuan-Ting LaiPapitchaya WoointranontWisanu PecharapaPooya AzadiRamin FarnoodEmanuel MeierJayaprakash KhanderiRudolf HoffmannJorg SchneiderKuo-Yuan HwaBoopathi SubramaniM HamadanianV JabbariM ShamshiriM AsadI MutlayXiaoya YuanChao ZhouQiuye JingQi TangAlagar RamarThiagarajan SoundappanMuniyandi Shen-Ming ChenSaraswathi RajkumarRamiahChunyang ZhangYahong XieJunhong MaJing HuCancan Zhang
ULTI-WALLED carbon nanotubes decorated Zinc oxide ..........(MWCNTs/ZnO) nanocomposites with ratio of (99: 1 wt %) was prepared using sol gel method.Transmission Electron Microscope (TEM) and The X-ray diffraction pattern (XRD) showed that the MWCNTs/ZnO nanocomposites was synthesized with particle size ranging from 2-7 nm and crystalline size about 7nm.The Field Emission Scanning Electron Microscopy (FESEM) images demonstrate that ZnO had grown on the walls of MWCNTs were uniformed layer in the shape of thin film layer of nanospheres covering the surface of the tubes, also the energy dispersive X-ray spectrum (EDX) and Fourier Transformed Infrared spectroscopy (FTIR) prove the presence of ZnO without any impurities.
Mădălina Elena DavidRamona Marina GrigorescuLorena IancuElena Ramona AndreiRaluca ŞomoghiAdriana Nicoleta FroneIrina AtkinsonLuminița PredoanăAdrian Ionuț NicoarăRodica‐Mariana Ion
Anna CorriasGavin MountjoyD. GozziAlessandro Latini
Suriani IbrahimKasim Uthman IsahA. S. AbdulkareemUmaru AhmaduJimoh Oladejo TijaniW. Roos
Kranthi Kumar GanguSuresh MaddilaSurya Narayana MaddilaSreekantha B. Jonnalagadda