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Contribution List

Displaying 134 contributions out of 134
Session: AccPhysics
Session: AccPhysics
Session: AccPhysics
Session: AccPhysics
Session: Anomalous SAXS. Catalysts
Session: BeamOptics
Session: BeamOptics
Session: Contrast mechanisms and detectors used in full-field imaging and scanning transmission X-ray microscopes
Session: Data processing
Session: Detectors
Session: Detectors
Session: Exotic Sources
Session: Full-field Imaging Transmission X-ray Microscopy: historical aspects and milestonesof a X-ray optics and imaging, applications.
Session: Full-field Imaging Transmission X-ray Microscopy: historical aspects and milestonesof a X-ray optics and imaging, applications.
Session: Full-field Imaging Transmission X-ray Microscopy: historical aspects and milestonesof a X-ray optics and imaging, applications.
Session: Gratings and mirrors
Session: Gratings and mirrors
Session: IR spectrometry and microscopy in biology and biochemistry: methodology and data processing
Session: Imaging using electron optics, PEEM and XPEEM and their applications in material science
Session: Imaging using electron optics, PEEM and XPEEM and their applications in material science
Session: Inelastic scattering
Session: Informal activities
Session: Informal activities
Session: Informal activities
Session: Informal activities
Session: Infrared microscopy techniques using SR and applications
Session: Infrared microscopy techniques using SR and applications
Session: Ins. Devices
Session: Ins. Devices
Session: Ins. Devices
Session: Introduction to SAXS by nano-heterogeneous materials
Session: Introduction to WAXS by isotropic materials
Session: Introduction to X-ray scattering by single crystals
Session: Introduction to beamline design
Session: Introduction to beamline design
Session: Introduction to inelastic X-ray scattering by photons
Session: Introduction to magnetic X-ray scattering
Session: Methodology of PEEM and XPEEM experiments and image processing
Session: Microscopy Optics
Session: Multilayers
Session: Multiple-scattering approach to the XAS spectroscopy
Session: Multiple-scattering approach to the XAS spectroscopy
Session: Multiple-scattering approach to the XAS spectroscopy
Session: Multiplets, XMCD
Session: Multiplets, XMCD
Session: Optical components for hard x-ray beamline
Session: Optical components for hard x-ray beamline
Session: Optical path function
Session: Optical path function
Session: PC-Session
Session: PC-Session
Session: PC-Session
Session: PC-Session
Session: PC-Session
Session: PC-Session
Session: PC-Session
Session: PC-Session
Session: PC-Session
Session: Photoelectron Diffraction: Applications and Developments
Session: Photoemission as a Solid State Spectroscopy: Many-Body Effects, Applications to Complex Materials
Session: Photoemission as a Solid State Spectroscopy: Many-Body Effects, Applications to Complex Materials
Session: Photoemission from Valence Bands, Dispersion and Fermi Surface Mapping
Session: Photoemission from Valence Bands, Dispersion and Fermi Surface Mapping
Session: Photoemission from Valence Bands, Dispersion and Fermi Surface Mapping
Session: Powder Diffraction II, G1
Session: Practical course: Instrumentation and methodology of scanning photoemission microscopy, analysers, multichannel detection.
Session: Practical course: Transmission microscopes, Alignment of ZP optics, scanning mechanism and other instrumentation, detectors
Session: Primer in EM
Session: Primer in Relativity
Session: Protein crystallography. Applications
Session: Protein crystallography: Basic topics
Session: REGISTRATION
Session: Ray-tracing Lab. - Complete beamline
Session: Ray-tracing Lab. - Crystals
Session: Ray-tracing Lab. - Gratings
Session: Ray-tracing Lab. - Source + Mirror
Session: Review: Interaction of Radiation and Matter
Session: Review: Quantum Mechanics and Atomic Physics
Session: SAXS under extreme conditions (high pressure, time resolved)
Session: SAXS. Colloids and proteins in solution
Session: SAXS. Fractal structures and structure transformations (G2 and G4)
Session: SAXS. Nanophased and fractal materials
Session: SMALL RECEPTION
Session: Scanning X-ray microscopy: Historical aspects, optics, transmission and photoemission approaches to spectromicroscopy, recent acchievements in STXM
Session: Scanning X-ray microscopy: Historical aspects, optics, transmission and photoemission approaches to spectromicroscopy, recent acchievements in STXM
Session: Scanning X-ray microscopy: Historical aspects, optics, transmission and photoemission approaches to spectromicroscopy, recent acchievements in STXM
Session: Scanning photoemission microscopy: photoelectron and fluorescence spectromicroscopy
Session: Scattering by nanoclusters - G3 (Room A)
Session: Spectral and image analysis
Session: Surface, Interface, and Materials Studies Using Photoelectron Spectroscopy, Diffraction, Holography, and Microscopy; (X-Ray Fluorescence Holography)
Session: Surface, Interface, and Materials Studies Using Photoelectron Spectroscopy, Diffraction, Holography, and Microscopy; (X-Ray Fluorescence Holography)
Session: Surface, Interface, and Materials Studies Using Photoelectron Spectroscopy, Diffraction, Holography, and Microscopy; (X-Ray Fluorescence Holography)
Session: Surface, Interface, and Materials Studies Using Photoelectron Spectroscopy, Diffraction, Holography, and Microscopy; (X-Ray Fluorescence Holography)
Session: Surface, Interface, and Materials Studies Using Photoelectron Spectroscopy, Diffraction, Holography, and Microscopy; (X-Ray Fluorescence Holography)
Session: Surface, Interface, and Materials Studies Using Photoelectron Spectroscopy, Diffraction, Holography, and Microscopy; (X-Ray Fluorescence Holography)
Session: Surface, Interface, and Materials Studies Using Photoelectron Spectroscopy, Diffraction, Holography, and Microscopy; (X-Ray Fluorescence Holography)
Session: Surface, Interface, and Materials Studies Using Photoelectron Spectroscopy, Diffraction, Holography, and Microscopy; (X-Ray Fluorescence Holography)
Session: Surface, Interface, and Materials Studies Using Photoelectron Spectroscopy, Diffraction, Holography, and Microscopy; (X-Ray Fluorescence Holography)
Session: Surface, Interface, and Materials Studies Using Photoelectron Spectroscopy, Diffraction, Holography, and Microscopy; (X-Ray Fluorescence Holography)
Session: Surface, Interface, and Materials Studies Using Photoelectron Spectroscopy, Diffraction, Holography, andMicroscopy; (X-Ray Fluorescence Holography)
Session: Syn.Radiation
Session: Syn.Radiation
Session: Syn.Radiation
Session: SynRad
Session: SynRad
Session: Synchrotron Radiation
Session: TUTORIAL: Bravais lattices, Ewald construction and diffraction methods
Session: TUTORIAL: Elettra data treatment SAXS G1 - G3
Session: TUTORIAL: HXD - Elettra - G4
Session: TUTORIAL: Powder Diffraction II, G2
Session: TUTORIAL: Powder diffraction I G1 - G2
Session: TUTORIAL: Powder diffraction I, G3 - G4
Session: TUTORIAL: SAXS - Elettra - G1
Session: TUTORIAL: SAXS - Elettra - G3
Session: TUTORIAL: SYRMEP - Elettra - G2
Session: TUTORIAL: Scattering by nanoclusters G4 (Room A)
Session: Tutorials
Session: Tutorials & Exercises - 2 hours
Session: Tutorials & Exercises - 2 hours
Session: Tutorials & Exercises - 2 hours
Session: Tutorials XAFS
Session: Tutorials XAFS
Session: VacTechn.,
Session: VacTechn.,
Session: VacTechn.,
Session: WAXS and SAXS. Nanocrystals formation and melting
Session: WAXS by glasses and vitroceramics
Session: WAXS, SAXS, GISAXS in materials science
Session: WAXS. Non-crystallographic nanoclusters
Session: Welcome
Session: Welcome and introduction remarks
Session: XAFS Spectroscopy: Experiments and Data Analysis
Session: XAFS Spectroscopy: Experiments and Data Analysis
Session: XAFS Spectroscopy: Experiments and Data Analysis

Organizers

M. Altarelli, A. Craievich, C. Fadley, M. Kiskinova, H. Wiedemann,