Thermoelectric effect in field electron emission from nanocarbon
AY Vul', ED Eidelman, AT Dideikin - … Diamond St. Petersburg, Russia 7–10 …, 2005 - Springer
AY Vul', ED Eidelman, AT Dideikin
Synthesis, Properties and Applications of Ultrananocrystalline Diamond …, 2005•SpringerWe suggest a model of field emission from nanocarbon materials, which accounts for the
electron drag by ballistic phonons through the temperature gradient region of the emission
center. The model does not require additional assumptions of a special energy structure of
the emission center. The numerical calculations made within this model agree well with
available experimental data.
electron drag by ballistic phonons through the temperature gradient region of the emission
center. The model does not require additional assumptions of a special energy structure of
the emission center. The numerical calculations made within this model agree well with
available experimental data.
Abstract
We suggest a model of field emission from nanocarbon materials, which accounts for the electron drag by ballistic phonons through the temperature gradient region of the emission center. The model does not require additional assumptions of a special energy structure of the emission center. The numerical calculations made within this model agree well with available experimental data.
Springer
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