Electronic transport, HOMO–LUMO and computational studies of CuS monowire for nano device fabrication by DFT approach

K SenthilKannan, V Sivaramakrishnan… - Materials Today …, 2020 - Elsevier
The electronic transport on these nanostructures is important in the field of molecular
electronics since nano structures possess different behavior compared to their bulk counter
parts. In general, molecular devices consist of three regions namely left electrode, right
electrode and the device molecular region or scattering region. It is very important to analyze
the behavior of each region of the device theoretically before fabricating the device. The
electrode effects are very important since they are the key components in the molecular …

Electronic transport, Homo-Lumo and computational studies of CuS-ACT monowire for nano device fabrication by software approach

K Senthilkannan, PVP Sundar… - Materials Today …, 2020 - Elsevier
The electronic transport on these nanostructures is significant in the field of atomic gadgets
since nano structures have diverse conduct contrasted with their mass partners. When all is
said in done, atomic gadgets comprise of three districts specifically left anode, right cathode
and the gadget sub-atomic locale or dissipating area. It is essential to break down the
conduct of every area of the gadget hypothetically before manufacturing the gadget. The
anode impacts are significant since they are the key parts in the atomic gadget. Numerous …
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