APE is a facility for advanced experiments on solid surfaces and nanostructured matter. All-UHV interconnected system includes: UHV interconnected system includes: - State-of-the-art surface preparation and survey art surface preparation and survey - Atomic resolution scanning tunneling microscope - Two beamlines delivering monochromatic, polarized synchrotron radiation to - - A high -energy/angle resolution spectrometer energy/angle resolution spectrometer - - A microscope allowing for soft A microscope allowing for soft-X ray absorption an X ray absorption and magnetic dichroism, photoemission, spin polarization mapping and time-resolved measurements. resolved measurements. The present work describes the development of APE under "computer science point of view": - Beamline control system of ELETTRA - APE general - Beamline software for APE high energy - Beamline software for APE low energy - Collaborations
Presentazione attività presso Université Paris-Sud (LURE) (2003)
Damjan Krizmancic
2003
Abstract
APE is a facility for advanced experiments on solid surfaces and nanostructured matter. All-UHV interconnected system includes: UHV interconnected system includes: - State-of-the-art surface preparation and survey art surface preparation and survey - Atomic resolution scanning tunneling microscope - Two beamlines delivering monochromatic, polarized synchrotron radiation to - - A high -energy/angle resolution spectrometer energy/angle resolution spectrometer - - A microscope allowing for soft A microscope allowing for soft-X ray absorption an X ray absorption and magnetic dichroism, photoemission, spin polarization mapping and time-resolved measurements. resolved measurements. The present work describes the development of APE under "computer science point of view": - Beamline control system of ELETTRA - APE general - Beamline software for APE high energy - Beamline software for APE low energy - CollaborationsI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.