Nanostructures and Nanochemistry at Surfaces and Interfaces

I present some few novel aspects of nanoscience for silicon carbide surfaces and interfaces that are investigated by near field scanning probes microscopy/spectroscopy using electrons and/or photons, and synchrotron radiation-based photoelectron spectroscopies. It includes the i) formation of an active massively parallel architecture based on Ag/Si nanowires exhibiting a negative differential resistance behavior, ii) deuterium- induced SiC surface metallization with an amazing isotopic effect and iii) selective formation of very thin nitride layer at Si/SiC interface.

کلیدواژه ها:

“Passive/active massivelly parallel architectures” ، “negative differential resistance” ، “silicon carbide” ، Dinduced semiconductor surface metallization” ، “atom-resolved scanning tunnelling microscopy/spectroscopy (electrons/photons)” ، “synchrotron radiation-based photoelectron spectroscopies”