Abstract
It is possible to measure electron impact coherence parameters (EICPs) at large scattering angles with application of magnetic angle changing devices, however the presence of magnetic field can strongly influence experimental results for the excited states of longer lifetimes. We consider a new type of MAC device producing very low magnetic field in the scattering region and a new approach to coincidence measurements – application of multiple photon detectors with individual coincidence circuits to reduce the time of data accumulation.
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