Construction Features of a Circuit for Coincidence Measurements and Applications of the Circuit to Nuclear Problems |
Common terms and phrases
block a Rossi chance coincidence rate channel coincidence circuit coincidence counts coincidence loss Compton recoil absorption contamination conversion electron entering counter tubes counter will block counting and coincidence Curves for Rossi determined due to ẞ E₁ effective conversion coefficient efficiency of counter excitation threshold external electrical disturbances following the Rossi full-sized coincidence pulse high resolving power high single counting input interelectrode capacitances load line lose coincidences loss of coincidences low resolving MDDC MG/CM² mica mica-window counter microseconds output pulses output trigger particle enters counter pentode Rossi stage precede the Rossi properly at high pulse magnitude pulse shape pulse strikes radioactive real coincidence rate Rossi tube S₂ SCALE simple amplifier preceding simultaneously single count pulses single counting rates SPST ẞ counter ẞ particles stage using pentodes standard glass strike the grids T₁ T₂ trigger circuit trigger stage triodes true coincidences two-stage amplifier voltage Xe¹35 problem μμε