ME 697R Lecture 5.9A: First Principles Method - First Principles Prediction of Local Thermal Non-equilibrium I

By Xiulin Ruan

Mechanical Engineering, Purdue University, West Lafayette, IN

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  • Xiulin Ruan (2020), "ME 697R Lecture 5.9A: First Principles Method - First Principles Prediction of Local Thermal Non-equilibrium I," https://nanohub.org/resources/32935.

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2004 Mechanical Engineering, Purdue University, West Lafayette, IN

ME 697R Lecture 5.9A: First Principles Method - First Principles Prediction of Local Thermal Non-equilibrium I
  • Lecture 5.9: First principles prediction of local thermal non-equilibrium 1. Lecture 5.9: First principles … 0
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  • Non-equilibrium and two-temperature model 2. Non-equilibrium and two-temper… 37.80447113780447
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  • Limitations of the two-temperature model 3. Limitations of the two-tempera… 513.84718051384721
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  • Broad band phonons 4. Broad band phonons 579.94661327994663
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  • Raman measurement of thermal conductivity 5. Raman measurement of thermal c… 656.69002335669006
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  • Temperature Measured using Raman Spectra 6. Temperature Measured using Ram… 803.83717050383723
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  • Electron-phonon (e-p) Coupling in Graphene 7. Electron-phonon (e-p) Coupling… 985.45211878545217
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  • Band Structure and Phonon Dispersion 8. Band Structure and Phonon Disp… 1068.6019352686019
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  • Electron-Phonon Coupling Element ('g') 9. Electron-Phonon Coupling Eleme… 1079.2459125792459
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  • Electron Scattering Rates 10. Electron Scattering Rates 1115.1818485151819
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  • Electron cooling rates to different phonons 11. Electron cooling rates to diff… 1136.9035702369035
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  • Multi-Temperature Model (MTM) 12. Multi-Temperature Model (MTM) 1206.4064064064064
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