electricfields, comparison of silicene’s buckling and electric-field-induced band gap of silicene using the MIN and DNP basis sets,
geometry of silicene on SiO2
(100) surfaces and h-BN, total
energy of silicene on h-BN as a function of the distance between
them, effect of electricfield on the buckling of silicene in the
sandwich structure, optimized single layer h-BN on the O- and
Si-terminated SiO2(100) surfaces, transmission spectra of the
silicene FETwith a DZP basis set, PDOS of the channel atoms in
the silicene FET under a larger electricfield ofE^= 2 V/Å, shift
of the zero-bias transmission spectrum of the silicene FET under
gate voltages, and transmission spectra of the silicene FETwith a
100-Å-long channel . This material is available free of charge via
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