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Multiwalled carbon nanotubes (MWCNTs) were deposited from solution phase onto the nanostructured CeO₂ film. New interfacial CNTs-CeO₂ interactions were identified by Micro-Raman technique. Results show that the typical Raman signal of CNTs is modulated by the surface morphology. As a result of the CNTs-CeO₂ interactions the G-peak of CNTs is split into two peaks. Different shift of G-peaks is detected when depositing CNTs onto CeO₂ films having different morphologies.

Keywords: Carbon nanotube, CeO₂, combinatorial materials, Raman, split, shift.