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Thermomagnetic power in semiconductor superlattice · Peerford

Article · Journal · 2026

Thermomagnetic power in semiconductor superlattice

D. Sekyi-Arthur, S. Y. Mensah, K. A. Dompreh, F. Amo-Mensah

Next research.

Open access · Hybrid
World top 10%

Read it 10.1016/j.nexres.2026.101840

Citations: 1from other works
Field-weighted impact: 3.831.00 is the world average for its field and year
Among its field: Top 10%by citations, against works of its field and year
Authors: 4from 2 institutions

Authors

4 authors across 2 institutions in 1 country

D. Sekyi-ArthurFirst authorCorresponding
- Ghana Communication Technology University (GH)
- University of Ghana (GH)
S. Y. Mensah
- University of Cape Coast (GH)
as printed: S.Y. Mensah
K. A. Dompreh
- University of Cape Coast (GH)
as printed: K.A. Dompreh
F. Amo-MensahSenior author
- Ghana Communication Technology University (GH)
- University of Ghana (GH)

Development goals

7Affordable and clean energy

Country

Ghana

Fields

A work can sit in several, each with a score

Topological Materials and PhenomenaTopic
2D Materials and ApplicationsTopic
Advanced Thermoelectric Materials and DevicesTopic