Precise determination of the mass difference Se and a derived upper limit on the mass for the electron neutrino
JG Hykawy, JN Nxumalo, PP Unger, CA Lander… - Physical Review Letters, 1991 - APS
Recent improvements to both the instrumentation and data-analysis techniques associated
with the Manitoba II high-resolution mass spectrometer have led to greater precision and
accuracy. The mass difference between Ge 76 and Se 76 has been redetermined to be
2038.56 (32) keV. When this new Q value is used to reexamine recent spectra reported by
groups searching for the characteristic sharp peak expected for neutrinoless double-beta
decay, no evidence for the occurrence of such a decay is found. New upper limits can be …
with the Manitoba II high-resolution mass spectrometer have led to greater precision and
accuracy. The mass difference between Ge 76 and Se 76 has been redetermined to be
2038.56 (32) keV. When this new Q value is used to reexamine recent spectra reported by
groups searching for the characteristic sharp peak expected for neutrinoless double-beta
decay, no evidence for the occurrence of such a decay is found. New upper limits can be …
Precise determination of the mass difference 76Ge 76Se and a derived upper limit on the Majorana mass of the electron neutrino
JG Hykawy, JN Nxumalo, PP Unger, CA Lander… - Nuclear Instruments and …, 1993 - Elsevier
Recent improvements to both the instrumentation and data analysis techniques associated
with the Manitoba II high resolution mass spectrometer have led to greater precision and
accuracy. The mass difference between 76 Ge and 76 Se has been redetermined to be
2038.58 (31) keV. When the new 76 Ge double-beta decay Q-value is used to examine
recent spectra reported by groups searching for the characteristic sharp peak expected for
neutrinoless double-beta decay, no evidence for the occurrence of such a decay is found …
with the Manitoba II high resolution mass spectrometer have led to greater precision and
accuracy. The mass difference between 76 Ge and 76 Se has been redetermined to be
2038.58 (31) keV. When the new 76 Ge double-beta decay Q-value is used to examine
recent spectra reported by groups searching for the characteristic sharp peak expected for
neutrinoless double-beta decay, no evidence for the occurrence of such a decay is found …