Derive the expression for the electron-driven thermal boundary conductance (h. 1-2) between two metals (metallic side 1/

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Derive the expression for the electron-driven thermal boundary conductance (h. 1-2) between two metals (metallic side 1/

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Derive The Expression For The Electron Driven Thermal Boundary Conductance H 1 2 Between Two Metals Metallic Side 1 1
Derive The Expression For The Electron Driven Thermal Boundary Conductance H 1 2 Between Two Metals Metallic Side 1 1 (22.3 KiB) Viewed 53 times
Derive the expression for the electron-driven thermal boundary conductance (h. 1-2) between two metals (metallic side 1/metallic side 2) forming an interface under the Diffuse Mismatch Model and with the assumption of elastic energy transfer. The expression should be in terms of the Som- merfeld coefficients, 71 and 72 and the fermi velocities, vr1 and vp.2. Remember: Cole = Tale. If 7 for Al and Cu are 92 J m 3 K-2 and 96.8 JmK ? respectively, calculate HK Arcu at room temperature (Tel=300 K). For your calculation, assume ur=2.03 ms-1 and 1.57 ms for Al and Cu, respectively
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