Neutrino Mass Experiments

Jonson, B.; Andersen, J. U.; Beyer, G.; Charpak, G.; Rújula, A. De; Elbek, B.; Gustafsson, H.-Å.; Hansen, P. G.; Knudsen, P.; Lægsgaard, Erik; Pedersen, John; Ravn, H. L.

doi:10.1007/978-1-4613-2451-5_46

Electroweak Effects at High Energies 1985

DOI: 10.1007/978-1-4613-2451-5_46

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Neutrino Mass Experiments

B. Jonson

J. U. Andersen

G. Beyer

et al.

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1993

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“…The photon distribution is determined by a phase space that is mass dependent; the spectral end point is studied analogously as in )33-decay experiments. Experimental investigations of the best candidates, ' Pt and ' Ho, set an upper limit of 500 eV [2] and 225 eV [3], respectively, to the mass of the electron neutrino.…”

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confidence: 99%

Internal bremsstrahlung: Exact relativistic independent-particle-approximation calculations

1993

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We have reformulated the relativistic theory of internal bremsstrahlung in electron capture (IBEC) and developed a numerical code for calculating a transition amplitude for any initial atomic state. All relativistic as well as screening effects are included within the independent-particle approximation. We have shown the advantage of the theory even in the pole-dominance region of the IBEC spectra, thus making it suitable for comparison with the observed spectra in experiments that search for light-and/or heavy-neutrino mass components. In addition, we have applied our code to study the interference effects in the IBEC transition amplitude of ' Ho and found, in agreement with experimental data, a smaller interference suppression than predicted by several recent models.

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confidence: 99%

Internal bremsstrahlung: Exact relativistic independent-particle-approximation calculations

1993

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Neutrino Mass Experiments

Cited by 1 publication

References 16 publications

Internal bremsstrahlung: Exact relativistic independent-particle-approximation calculations

Internal bremsstrahlung: Exact relativistic independent-particle-approximation calculations

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