End-point energy of ${}^{3}H$ beta decay

1 May 1985

journal article
research article
Published by American Physical Society (APS) in Physical Review C

Vol. 31 (5) , 1891-1895
https://doi.org/10.1103/physrevc.31.1891

Abstract

The extrapolated end-point of the tritium beta spectrum has been measured in a tritium-implanted Si(Li) detector for which the radiation damage has been kept small. The result is 18577±7 eV. Adding the maximum recoil energy, the

{}^{3}-^{3}

He atomic mass difference is taken to be 18580±7 eV.

Keywords

DETECTOR
END POINT
RECOIL
IMPLANTED
KEPT
TAKEN
33HE
OFH3BETA

This publication has 4 references indexed in Scilit:

Precise ${}^{3}H$ - ${}^{3}{He}$ Mass Difference for Neutrino Mass Determination
Physical Review Letters, 1985
The 3H3He mass difference and the tritium beta end-point energy
Physics Letters B, 1982
The mass-difference 3T3He and the neutrino mass
Physics Letters B, 1981
Measurement of the $β$ -energy spectrum of ${}^{3}H$ to determine the antineutrino mass
Physical Review D, 1981

End-point energy ofH3beta decay

Abstract

Keywords

End-point energy of ${}^{3}H$ beta decay