Publication | Closed Access
An undulator-based spherical grating monochromator beamline for low energy electron-molecule scattering experiments
40
Citations
22
References
2002
Year
Transient GratingEngineeringNuclear PhysicsElectron-beam LithographyElectron DiffractionIon Beam InstrumentationSynchrotron Radiation SourceElectron OpticBeam OpticOptical PropertiesBiophysicsAccelerator TechnologyPhotonicsPhysicsEnergy RangeAtomic PhysicsSynchrotron RadiationParticle Beam PhysicsExperimental Nuclear PhysicsNatural SciencesParticle PhysicsApplied PhysicsElectron-molecule Scattering ApparatusAstrid Storage RingOptoelectronicsParticle Accelerator
A new synchrotron radiation undulator beamline, SGM2, with an energy range of 12–20 eV, has been commissioned on the ASTRID storage ring at the University of Aarhus. Using a spherical grating monochromator, the beamline is presently optimized for an energy of 15.76 eV (78.65 nm), for the 3p5(2P1/2)11s resonance in argon, for use in electron-molecule scattering experiments. Using this beamline in conjunction with an electron-molecule scattering apparatus, a beam of electrons down to kinetic energies of a few meV with a resolution of ∼1 meV full width at half maximum is routinely produced.
| Year | Citations | |
|---|---|---|
Page 1
Page 1