To meet the demands of low-power micromaterials applications, the generation of pure spin
currents in spintronics by utilizing an effective thermal spin conversion mechanism has …

Generating pure spin currents is very desirable in spintronics, as it provides a promising way
to substantially reduce Joule heating and achieve ultrahigh integration density. However, to …

In this study, the spin caloritronics of zigzag blue phosphorus nanoribbons (ZBPNRs) with
edge hydrogenation and oxidation were studied using first-principles calculations and the …

Phosphorene's desired bandgap, high carrier mobility and weak spin–orbit coupling qualify
it as an exceptional semiconductor spin channel material. These traits underscore the …

We investigated spin-dependent thermoelectric transport in zigzag phosphorene
nanoribbons with a ferromagnetic stripe. We explored the possibility to enhance the spin …

The generation of spin currents is a significant issue in spintronics. A spin current can be
induced by a temperature gradient in the spin-dependent Seebeck effect, which has …

Monolayer phosphorene has outstanding spintronic properties including a nanosecond spin
lifetime, and micrometer spin relaxation length, combined with excellent mechanical …

We investigate the effect of the electric field on the spin-dependent thermoelectric properties
of graphene nanoribbons with asymmetric zigzag edge extensions. The Hubbard …

This study investigates the impact of hydrogen impurities on the spin-dependent
thermoelectric properties of zigzag graphene nanoribbons (ZGNRs) through density …

We investigate the effect of nonuniform strains on the electronic properties of zigzag
phosphorene nanoribbons (ZPNR) within a self-consistent computational model. We show …