Abstract
The delayed-coincidence technique has been used to measure the electronic time jitter for a number of neutron-detecting proportional counters. A selection of BF 3 counters with filling pressures of 1–2 atm and cathode diameters of one and two inches were investigated. Several 1″ diameter He 3 counters with fillings of helium and various polyatomic gas additives in pressures up to 12 atm were also studied. Procedures for the use of these results in the design of neutron time-of-flight detectors are discussed.
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