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RISEffect of impurity on electron transport through a C60 molecule:study of the role of single and multiple contacts
At the nanoscale, even a single atom change in the structure can noticeably alter the properties, and therefore,
the application space of materials.We examine this behavior of nanomaterials using fullerene as a ...
Study of effects of connection to the metal electrodes on energy gap of C60 molecule
In this research we study the electronic structure of C60 molecule, using calculation of density of states,is
based on Green function theory. We do these calculations before and after molecule is connected to ...
Study of Electron Transport through a C59N Molecule:Rectification Behaviour and Negative Differential Resistance:
We study electron transport properties through a C59N molecule. Calculations
are based on Green’s function technique. In this study, the
molecule is connected to two semi-infinite metallic electrodes. In ...
Electronic transport through a C59N molecular bridge: Study of electronicrectification and the role of single and multiple contacts
The effects of different contact geometries on quantum transport through a C55N molecule are studied
by the Landauer-B¨uttiker formula based on the Green’s function technique..also in Voltage_current of
C55N ...
Spin-dependent rectification in the C59N molecule
Abstract. Coherent spin-dependent electron transport is investigated in three conditions: (1) a C60
molecule is connected to two ferromagnetic (FM) electrodes symmetrically, (2) a C59N molecule
is connected ...
Effects of phonon scattering on the electron transport and photocurrent of graphene quantum dot structures
Effects of phonon scattering on the electron transport and photocurrent of graphene quantum dot structures