Formulation
Figure 1 depicts the bearing arrangement and the suggested curvilinear coordinate system. When the Reynolds number is low, the fluid inertia forces may be ignored compared to the viscous forces, as is always the case with bearing…
Figure 1 depicts the bearing arrangement and the suggested curvilinear coordinate system. When the Reynolds number is low, the fluid inertia forces may be ignored compared to the viscous forces, as is always the case with bearing…
QCA design represents a transformative approach in nanoelectronics, utilizing quantum dots to create highly compact and energy-efficient digital circuits. Quantum dots, with their discrete energy levels and strong Coulomb interactions, enable…
To study the doping band formation in NO-doped 1L-WSe2, Density Functional Theory (DFT) simulations were conducted to elucidate the influence of selenium vacancies (VSe) and…
We confirmed the feasibility of fabricating super-resolution NGA structures on 2D NbOI2 using fs laser irradiation. The 2D multilayer NbOI2 nanosheets were mechanically exfoliated…
Determining the unit cell and assembling the supercell are the first steps in building each substrate. Graphene’s unit cell consists of two C atoms that form a hexagonal lattice with an interatomic distance of 1.42 Å and…
Trigonal Se can exhibit two different chiralities in its crystal structure, as shown in Fig. 1a: P3121 for right-handed crystals and P3221 for left-handed crystals. To synthesize trigonal Se nanocrystals…
In data centers, pluggable optical transceivers convert electronic bits to photons, fling them across the room, and then turn them back to electronic signals, making them a technological linchpin to controlling the blizzard of data used in AI….
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Anisotropic spin transport in proximitized graphene