Abstract
Use of multichannel plate detectors has considerably extended the experimental techniques in atomic physics. In this context, a coincidence circuitry able to determine 64 simultaneous coincidence spectra is described. Use of fast electronic devices and separated amplifiers allows a high counting rate capability (5×105 events per second) with a time resolution of 3.1 ns. UV photon-scattered particle coincidence in He–He collisions is given as an example of the application of the present apparatus.
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