Publication | Open Access
Nuclear temperature measurements with helium isotopes
33
Citations
18
References
1998
Year
Helium IsotopesExperimental Nuclear PhysicsNuclear PhysicsPhysicsEngineeringCalibrationNuclear DataEmpirical Correction FactorsTemperature MeasurementNatural SciencesAccelerator Mass SpectrometryNeutron SourceThermophysicsIsotope Ratio ThermometersSequential DecayThermodynamicsInstrumentationThermoanalytical Method
Temperatures extracted with the family of (3He, 4He) isotope ratio thermometers, THe, have been studied and cross-checked with temperatures, T(4He∗) constructed from excited and ground state populations of 4He. Empirical correction factors provide baseline corrections for sequential decay effects for THe<4.5 MeV, independent of projectile, target and incident energies. After corrections for fluctuations due to sequential decay, statistical calculations predict that THe and T(4He∗) should agree.
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