Finished Projects
ETSF Projects
- Angle-resolved photoemission study of correlation and substrate effects in pristine and intercalated graphite and graphene
- Status: finished project / Code: Spring 2008 ETSF - user project 59 /
- Catalytic potential of clusters and metallic surfaces
- Status: finished project / Code: Spring 2008 ETSF - user project 83 /
- ELNES calculation for CaB6,MgB2, and BN using Bethe-Salpeter equation
- Status: finished project / Code: spring 2008 ETSF user project 87 /
- Ground-state and transport properties of nanostructures and dislocations in semiconductors
- Status: finished project / Code: Spring 2008 ETSF - training project 61 /
- GW Corrections of band structure of diamond
- Status: finished project / Code: Spring 2008 ETSF - user project 67 /
- Implementation of the multiresolution method for the calculation of inner-shell excitations on OCTOPUS
- Status: finished project / Code: Spring 2009 ETSF - training project 159 /
- Improvement of the theoretical background for the study of the optical properties of TiO2 nanostructures
- Status: finished project / Code: Spring 2009 ETSF - training project 167 /
- Interactions between a Pd porphyrin molecule and a TiO_2 cluster
- Status: finished project / Code: Spring 2008 ETSF - user project 84 /
- Multiscale modeling of organic/metaloxyde nanosystems for photovoltaics
- Status: finished project / Code: Spring 2009 ETSF - user project 146 /
- Spectral database for planetary surface comparison
- Status: finished project / Code: Autumn 2008 ETSF - user project 110 /
- Spinodal decomposition in thin (Zn,Co)O films investigated by bulk-sensitive photoelectron spectroscopy
- Status: finished project / Code: Spring 2008 ETSF - user project 72 /
- Supramolecular chemistry in self- assembled monolayers
- Status: finished project / Code: Spring 2008 ETSF - funded project 65 /
- The optical spectra of rhodopsin by many body theory
- Status: finished project / Code: Spring 2008 ETSF - user project 71 /
- Theoretical calculations of Surface- Enhanced Raman in a Complex Electrostatatic environment
- Status: finished project / Code: Spring 2008 ETSF - user project 63 /
