Home
sitemap
Synchrotrons
the European Synchrotrons
FELs
the European Free Electron Lasers
Stories
experiences with light
You are in:
Home
/ Lightsources by Technique
Lightsources by Technique - X-ray microscopy
YOUR LIGHTSOURCES by technique
Photoelectron emission
XPS
UPS
Angular Resolved PES
Photoelectron diffraction
Time-resolved studies
Imaging
THz near-field microscopy
IR Microscopy
X-ray microscopy
X-ray tomography
X-ray holography
Photoemission EM
Fluorescence imaging
Medical application
Scattering
Elastic scattering
Coherent scattering
Inelastic scattering
Magnetic scattering
Nuclear resonant scattering
Small angle scattering
Wide angle scattering
Time-resolved scattering
Emission or Reflection
X-ray fluorescence (XRF)
X-ray excited optical luminescence (XEOL)
Reflectrometry
Micro XRF
Ellipsometry
Polarimetry
Time-resolved studies
Absorption
NEXAFS
EXAFS
UVCD
XMCD
IR spectroscopy
Time-resolved studies
Diffraction
Crystallography (material science)
Crystallography (biological macromolecules)
Powder diffraction
Surface diffraction
Topography
Time-resolved studies
Lithography
X-ray lithography
EUV litography
ANKA
NANO
TOPOTOMO
ASTRID/ASTRID2
ASTRID XRM
BESSY II
XM (X-ray Microscopy)
Diamond
Beamline I12 - JEEP: Joint Engineering, Environmental and Processing
Beamline I13L - X-Ray Imaging and Coherence
Elettra
BL 1.1 L TwinMic
BL 1.2 L - Nanospectroscopy
NanoESCA
BL 2.2 L - ESCA microscopy
BL 3.2 R - Spectro Microscopy
BL 6.1 R - SYRMEP
SLS
X07DA-PolLux
X11MA-SIM
X12SA-cSAXS
SOLEIL
LUCIA
METROLOGY
NANOSCOPIUM
FLASH
BL3