Doppler effect and angular correlation for the precision measurement of $^{29}{\rm Si}$ binding energy

Details Doppler effect and angular correlation for the precision measurement of $^{29}{\rm Si}$ binding energy Doppler effect and angular correlation for the precision measurement of $^{29}{\rm Si}$ binding energy

2011-09-09

arxiv.org/abs/1109.1942v1

Physics

Nuclear Physics

Nuclear Theory

12 pages

Scientific paper

The importance of the Doppler effect of the recoiling intermediate nucleus in cascade decay, for an example, $^{29}{\rm Si}$, is emphasized in the precision measurement of the nuclear binding energy using a flat-crystal spectrometer. A more accurate experiment method that a large uncertainty due to the Doppler effect of the recoiling nucleus could be eliminated by a coincidence measurement of two successive $\gamma$-rays taken into account their angular correlation is suggested in the framework of relativistic kinematics. It is also suggested that this method can apply to the nuclear lifetime measurement of intermediate states.

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