Investigation and comparison of the large-signal characteristics anddynamical parameters of silicene and germanene nanoribbon interconnects

Serhan YAMAÇLI

One dimensional materials such as nanotubes and nanoribbons are studied widely in the literature for their peculiar properties. In particular, zigzag graphene and silicene nanoribbons constitute an active research area for the possibility to use them as interconnects. Recently, it is exposed that asymmetric zigzag germanene nanoribbons also show similar metallic characteristics. In this work, the electronic transport properties and dynamical parameters of zigzag silicene and germanene nanoribbons (ZZ-SiNR and ZZ-GeNR) are investigated and compared. First-principles quantum mechanical simulatio ...Daha fazlası

Makale/Derleme 2018 Computational Materials Science 8 Görüntülenme

Investigation and comparison of the large-signal characteristics and dynamical parameters of silicene and germanene nanoribbon interconnects

Serhan YAMAÇLI

One dimensional materials such as nanotubes and nanoribbons are studied widely in the literature for their peculiar properties. In particular, zigzag graphene and silicene nanoribbons constitute an active research area for the possibility to use them as interconnects. Recently, it is exposed that asymmetric zig- zag germanene nanoribbons also show similar metallic characteristics. In this work, the electronic trans- port properties and dynamical parameters of zigzag silicene and germanene nanoribbons (ZZ-SiNR and ZZ-GeNR) are investigated and compared. First-principles quantum mechanical simul ...Daha fazlası

Makale/Derleme 2018 Computational Materials Science 11 Görüntülenme

Investigation of static and dynamic electronic transport characteristics of zigzag arsenene nanoribbons: An ab-initio study

Serhan YAMAÇLI

Electrical transmission characteristics of zigzag arsenene nanoribbons having various widths are investigated in this paper. Both static current-voltage characteristics and dynamic kinetic inductance, quantum capacitance and cut-off frequency parameters are obtained via ab initio computations for zigzag arsenene nanoribbons having eight different widths. The results expose that while negative differential resistance characteristics are common to all of the studied nanoribbons while current-voltage variations, negative differential voltage ranges and negative differential resistance values of t ...Daha fazlası

Makale/Derleme 2019 MATERIALS RESEARCH EXPRESS 8 Görüntülenme

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Investigation and comparison of the large-signal characteristics anddynamical parameters of silicene and germanene nanoribbon interconnects

Serhan YAMAÇLI

Investigation and comparison of the large-signal characteristics and dynamical parameters of silicene and germanene nanoribbon interconnects

Serhan YAMAÇLI

Investigation of static and dynamic electronic transport characteristics of zigzag arsenene nanoribbons: An ab-initio study

Serhan YAMAÇLI