Abstract
A detection scheme for zero-kinetic-energy photoelectron spectroscopy (ZEKE spectroscopy) adapted to the time structure of multibunch vacuum ultraviolet synchrotron radiation from BESSY is described. A resolution of 50 cm−1 (6 meV) is achieved at high stored ring currents providing high photon flux and resolution for one-photon ZEKE spectroscopy and electron-ion coincidence measurements.
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