Quasi-Ballistic Thermal Conduction in 6H-SiC

Quasi-ballistic Electronic Thermal Conduction in Metal Inverse Opals.

Porous metals are used in interfacial transport applications that leverage the combination of electrical and/or thermal conductivity and the large available surface area. As nanomaterials push toward smaller pore sizes to increase the total surface area and reduce diffusion length scales, electron conduction within the metal scaffold becomes suppressed due to increased surface scattering. Here ...

Structures of 6H-SiC Surfaces

We have systematically studied reconstructions of the 6H SiC(0001) and (0007) surface under both Si rich and C rich condition using field ion-scanning tunneling microscopy (FI-STM). The sample was cleaned by in situ Si beam etching at 900-1000 'C. The Si rich and C rich phases were produced by annealing the sample in a Si flm and C2HZ, respectively. On the (0001) surface, the as-cleaned surface...

Self-organization in porous 6H–SiC

Self-organization in porous 6H–SiC" (2000). Faculty Publications from the Department of Electrical and Computer Engineering. 7.

Shockley-Frank stacking faults in 6H-SiC

Hexagonal boron nitride and 6H-SiC heterostructures