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[Pending] nanoHUB-U TE: Thermal Energy at the Nanoscale

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  • (2013), "nanoHUB-U TE: Thermal Energy at the Nanoscale," https://nanohub.org/resources/16850.

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Purdue University, West Lafayette, IN

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  2. thermal energy
Lecture Number/Topic Online Lecture Video Lecture Notes Supplemental Material Suggested Exercises
nanoHUB-U TE Thermal Energy at the Nanoscale: Chapters 1-4 (Draft) Chapters 1-4 (Draft)
These notes provide a detailed treatment of the thermal energy storage and transport by conduction in natural and fabricated structures. Thermal energy by two main carriers{phonons and …
nanoHUB-U TE L1.1: Lattice Structure - Introduction and Atomic Bonding View HTML
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nanoHUB-U TE L1.2: Lattice Structure - Mathematical Description of the Lattice View HTML
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nanoHUB-U TE L1.3: Lattice Structure - Lattice Vibrations and Phonons View HTML
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nanoHUB-U TE L1.4: Lattice Structure - Free Electrons View HTML
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nanoHUB-U TE L1.5: Lattice Structure - Example—1D Diatomic Chain View HTML
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nanoHUB-U TE L1.6: Lattice Structure - Week 1 Wrap Up View HTML
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nanoHUB-U TE HW1: Lattice Structure - Homework nanoHUB-U TE HW1: Lattice Structure - Homework
nanoHUB-U TE HW1: Lattice Structure - Homework Solution View HTML
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nanoHUB-U TE L2.1: Carrier Statistics - Statistical Ensembles View HTML
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nanoHUB-U TE L2.2: Carrier Statistics - Phonon Density of States View HTML
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nanoHUB-U TE L2.3: Carrier Statistics - Electron Density of States View HTML
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nanoHUB-U TE L2.4: Carrier Statistics - Planck’s Law View HTML
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nanoHUB-U TE L2.5: Carrier Statistics - Blackbody Emission Intensity View HTML
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nanoHUB-U TE L2.6: Carrier Statistics - Week 2 Wrap Up View HTML
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nanoHUB-U TE HW2: Carrier Statistics - Homework nanoHUB-U TE HW2: Carrier Statistics - Homework
nanoHUB-U TE HW2: Carrier Statistics - Homework Solution View HTML
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nanoHUB-U TE L3.1: Basic Thermal Properties - Basic Thermal Properties View HTML
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nanoHUB-U TE L3.2: Basic Thermal Properties - Acoustic Phonon Specific Heat View HTML
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nanoHUB-U TE L3.3: Basic Thermal Properties - Optical Phonon Specific Heat View HTML
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nanoHUB-U TE L3.4: Basic Thermal Properties - Electron Specific Heat View HTML
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nanoHUB-U TE L3.5: Basic Thermal Properties - Thermal Conductivity from Kinetic Theory View HTML
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nanoHUB-U TE L3.6: Basic Thermal Properties - Week 3 Wrap Up View HTML
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nanoHUB-U TE HW3: Basic Thermal Properties - Homework nanoHUB-U TE HW3: Basic Thermal Properties - Homework
nanoHUB-U TE HW3: Basic Thermal Properties - Homework Solution View HTML
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nanoHUB-U TE L4.1: Landauer Transport Formalism - Basic Theory View HTML
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nanoHUB-U TE L4.2: Landauer Transport Formalism - Number of Modes View HTML
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nanoHUB-U TE L4.3: Landauer Transport Formalism - Thermal Conductance View HTML
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nanoHUB-U TE L4.4: Landauer Transport Formalism - Spectral Conductance View HTML
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nanoHUB-U TE L4.5: Landauer Transport Formalism - Quantum of Thermal Conductance View HTML
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nanoHUB-U TE L4.6: Landauer Transport Formalism - Week 4 Wrap-up View HTML
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nanoHUB-U TE HW4: Landauer Transport Formalism - Homework nanoHUB-U TE HW4: Landauer Transport Formalism - Homework
nanoHUB-U TE HW4: Landauer Transport Formalism - Homework Solution View HTML
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nanoHUB-U TE L5.1: Carrier Scattering and Transmission - Scattering Analysis in the Landauer Formalism View HTML
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nanoHUB-U TE L5.2: Carrier Scattering and Transmission - Boundary and Defect Scattering View HTML
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nanoHUB-U TE L5.3: Carrier Scattering and Transmission - Phonon-Phonon Scattering Fundamentals View HTML
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nanoHUB-U TE L5.4: Carrier Scattering and Transmission - Interfacial Transmission View HTML
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nanoHUB-U TE L5.5: Carrier Scattering and Transmission - Thermionic Electron Emission View HTML
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nanoHUB-U TE L5.6: Carrier Scattering and Transmission - Week 5 Wrap Up View HTML
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nanoHUB-U TE HW5: Carrier Scattering and Transmission - Homework nanoHUB-U TE HW5: Carrier Scattering and Transmission - Homework
nanoHUB-U TE HW5: Carrier Scattering and Transmission - Homework Solution View HTML
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