Optical spectroscopy of colloidal cdse semiconductor nanostructures using high spatial resolution time resolved and temperature dependent spectroscopy this dissertation investigates emission properties of cdse nanowires nws synthesized using solid liquid solid colloidal growth temperature dependent near field scanning optical . Stanford libraries official online search tool for books media journals databases government documents and more. Optical spectroscopy of colloidal cdse semiconductor nanostructures which can fabricate nanostructures and gaps below the resolution limit of the lithography technique used in the process . 22 february 2018 coherent optical spectroscopy of charged exciton complexes in semiconductor nanostructures ilya a torsten meier dmitri r yakovlev and manfred bayer coherent optical spectroscopy of charged exciton complexes in semiconductor nanostructures proc spie 10530 ultrafast phenomena and nanophotonics xxii 105300g 22 . 1 introduction raman scattering is one of the most effective optical methods of studying vibrational spectrum of bulk semiconductors thin films and nanostructures such as superlattices nanowires nanorods and nanocrystals ncs or quantum dots investigations of raman scattering by phonons in semiconductor nanostuctures in the first turn in superlattices allowed experimental
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