Spectroscopy

Balder chevron_right
Main science areas
CatalysisChemistryCultural HeritageEnvironmental ScienceGeochemistryLife ScienceMaterials Science
Techniques & methods
EXAFSin-situ XRD & PDFXANESXASXESXRF
Access modes
Fast AccessProprietary AccessStandard AccessTraining & Education Access
Energy ranges & wavelength
4 to 40 keV
BioMAX chevron_right
Main science areas
Small Molecular CrystallographyStructural Biology
Techniques & methods
Serial Synchrotron CrystallographyX-ray CrystallographyXRF
Access modes
BAG: Block Allocation Groups AccessFast AccessProprietary AccessStandard AccessTraining & Education Access
Energy ranges & wavelength
6-24 keV
Bloch chevron_right
Main science areas
Quantum MaterialsSurface Physics
Techniques & methods
ARPESSTMXPS
Access modes
Expert Commissioning AccessProprietary AccessStandard AccessTraining & Education Access
Energy ranges & wavelength
10eV – 250eV (ARPES), 10-1000eV (XPS)
CoSAXS chevron_right
Main science areas
Life ScienceSoft Matter
Techniques & methods
SAXSTime-ResolvedWAXSXPCS
Access modes
Proprietary AccessStandard AccessTraining & Education Access
Energy ranges & wavelength
5-20 keV
DanMAX chevron_right
Main science areas
Biomineralized materialsCatalysisChemistryEnergy MaterialsMaterials Science
Techniques & methods
In operando PXRD & PDFin-situ XRD & PDFPDFPXRDScanning X-Ray Diffraction ImagingTotal ScatteringXRD-CTXRF
Access modes
Expert Commissioning AccessFast AccessProprietary AccessStandard AccessTraining & Education Access
Energy ranges & wavelength
15-35 keV
FinEstBeAMS chevron_right
Main science areas
ChemistryMaterials SciencePhysics
Techniques & methods
ARPESLUMINESCENCENIPICOPEPICOTime-ResolvedXASXPS
Access modes
Fast AccessProprietary AccessStandard AccessTraining & Education Access
Energy ranges & wavelength
4.5-1300 eV 275-0.95 nm
FlexPES chevron_right
Main science areas
Surface PhysicsSurface Science
Techniques & methods
ARPESCoincidence SpectroscopyNEXAFSXPS
Access modes
Fast AccessProprietary AccessStandard AccessTraining & Education Access
Energy ranges & wavelength
43 – 1550 eV (28 – 0.8 nm)
HIPPIE chevron_right
Main science areas
2D MaterialsAtmospheric ChemistryCatalysisCorrosionElectrochemistryEnvironmental ChemistrySurface Science
Techniques & methods
APXASAPXPS
Access modes
Fast AccessProprietary AccessStandard AccessTraining & Education Access
Energy ranges & wavelength
260 eV – 2200 eV
MicroMAX chevron_right
Main science areas
Structural Biology
Techniques & methods
AutomatedSSXTime-ResolvedXRF
Access modes
Proprietary AccessStandard AccessTraining & Education Access
Energy ranges & wavelength
5-25 keV
NanoMAX chevron_right
Main science areas
BiologyFunctional MaterialsGeologyMaterials Science
Techniques & methods
Coherent ImagingNano-TomographyPtychographyScanning X-Ray Diffraction ImagingXRF
Access modes
Fast AccessProprietary AccessStandard AccessTraining & Education Access
Energy ranges & wavelength
5-28 keV
SPECIES chevron_right
Main science areas
ALDCatalysisEnvironmental ScienceFundamental PhysicsMaterials SciencePhotocatalysisRedox ChemistrySurface Science
Techniques & methods
APXPSRIXS
Access modes
Fast AccessProprietary AccessStandard AccessTraining & Education Access
Energy ranges & wavelength
30-1500 eV
Veritas chevron_right
Main science areas
ChemistryMaterials SciencePhysics
Techniques & methods
RIXS
Access modes
Proprietary AccessStandard AccessTraining & Education Access
Energy ranges & wavelength
250-1500 eV