A three-dimensional model for thermionic emission from graphene and carbon nanotube

A three-dimensional model for thermionic emission from graphene and carbon nanotube

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Graphene and carbon nanotube (CNT) have been proposed to be good materials for thermionic energy converter (TEC). For the accurate simulation of the performance of TEC, it is important to know the correct equation for the temperature dependence of thermionic emission current density (J) from graphene and carbon nanotube. In this paper we first consider the existing theory of electron...
 
Published at Journal of physics Communications
Volume 3
Pages 1-18
Published in 2019
 
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visit (https://iopscience.iop.org/article/10.1088/2399-6528/aaf281)
 
 
D. K. De and O. C. Olawole
OLAWOLE OLUKUNLE CHARLES » Olukunle Charles Olawole currently works at the Material/Energy unit in the Department of Physics, Covenant University Ota Ogun. His areas of expertise span the nature of electron emissions in semiconductor materials and nanomaterials view full profile
OLAWOLE OLUKUNLE CHARLES
 
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