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High Thermoelectric Efficiency in Fluorine‐Doped Carbon Nanotubes · Peerford

Article · Journal · 2026

High Thermoelectric Efficiency in Fluorine‐Doped Carbon Nanotubes

D. Sekyi-Arthur, Matthew Amekpewu, K.W. Adu, K. A. Dompreh, E.K. Amewode, S. Y. Mensah and 1 more

Journal of Nanotechnology

Open access · Gold
International · 2 countries

Read it 10.1155/jnt/7877150

Citations: 1from other works
Field-weighted impact: 1.621.00 is the world average for its field and year
Among its field: 76th percentileby citations, against works of its field and year
Authors: 7from 5 institutions

Authors

7 authors across 5 institutions in 2 countries

D. Sekyi-ArthurFirst author
- University of Ghana (GH)
Matthew Amekpewu
- University for Development Studies (GH)
as printed: M. Amekpewu
K.W. AduCorresponding
as printed: K. W. Adu
K. A. Dompreh
- University of Cape Coast (GH)
E.K. Amewode
- University of Cape Coast (GH)
as printed: E. K. Amewode
S. Y. Mensah

University of Cape Coast (GH)

K. K. GbordzoeSenior author

University of Ghana (GH)

Development goals

7Affordable and clean energy

Funded by

Division of Materials Research

Countries on it

Ghana
United States

Also on it

American Museum of Natural Historyarchive · US
Pennsylvania State Universityeducation · US

Fields

A work can sit in several, each with a score

Advanced Thermoelectric Materials and DevicesTopic
Thermal Radiation and Cooling TechnologiesTopic
Carbon Nanotubes in CompositesTopic