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Abstract: We calculate the effective force between two oppositely charged and similarly charged ions fixed in water as a function of separation distance R. At short separations, R less than 1 nm ...
$0\leq u_0\leq u_1$; ii) we take into account effects arising from the intrinsic charge density inhomogeneity present in TBG, by calculating the band structures within the self-consistent Hartree ...
of the many-electron screening response to the core-hole potential. The different lineshapes are discussed in terms of the rigid band model of the electronic structure of the intercalates, and of the effects ...
: for wires it is conductance, for diodes it is conductance asymmetry , while fortransistors it is high transconductance. Candidate molecules can be screened in terms ofthese criteria by calculating molecular ...
of intermolecular force at a solid/liquid/ion interface, the charge asymmetry effect and the dehydration effect . Angstrom channels, which are precisely constructed by two-dimensional (2D) materials such as GO ...
possess a pseudo-spin degree of freedom that corresponds with the two direct-gap valleys of the band structure , which can be optically manipulated. Here we focus on one bound state, the negatively charged ...
Inducing and controlling electric dipoles is hindered in the ultrathin limit by the finite screening length of surface charges at metal–insulator junctions 1–3 , although this effect can ...
density of states of the multiorbital band structure provides effective screening of depolarizing fields and flattens the domain wall relative to single-orbital models. Finally, we show that in the zigzag ...
density of states of the multiorbital band structure provides effective screening of depolarizing fields and flattens the domain wall relative to single-orbital models. Finally, we show that in the zigzag ...
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