First-principles calculations predict hot electron thermalization in titanium nitride is about 50 times faster than in gold, while nitrogen vacancies slow it to about 215 femtoseconds.
Defect structure, thermal and electrical properties of Ti nitride and V nitride powders
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Electron-phonon coupling and hot electron thermalization in titanium nitride
First-principles calculations predict hot electron thermalization in titanium nitride is about 50 times faster than in gold, while nitrogen vacancies slow it to about 215 femtoseconds.