Basmaci, Ayse NihanFiliz, Seckin2024-10-292024-10-2920231454-41641841-7132https://hdl.handle.net/20.500.11776/14919This study investigates the electromagnetic wave propagation behavior of a structure consisting of two parts with different material parameters. Investigations are made with the carbon nanotube approach. Therefore, this nanostructure's electromagnetic wave propagation behavior analyses are made at the macro (local) and nano (nonlocal) levels. Nonlocal properties of the related nanostructure and Maxwell's equations are used in the investigations. The electromagnetic wave propagation behavior of the structure is determined by changing parameters such as material parameters and nonlocal effects in the nanostructure. While the D1/D2 ratio of the material parameters of the nanostructure is constant, the electromagnetic wave propagation frequency values of Joint I and Joint II in the structure decrease steadily with the increase of the nonlocal constant.eninfo:eu-repo/semantics/closedAccessCarbon nanotubesConjoined structuresElectromagnetic wave propagationMaxwell equationsArticle2545637580585Q4WOS:001163758700009