Abstract
In the dynamical neutron polarization (DNP) concept there are mainly two magnetic fields which are used for the energy splitting and the subsequent L armor rotation of the spins, resulting in the alignment of the polarization vector for two partial ensembles with initially opposite spin directions. We present a new approach to the DNP field setup problem, based upon a semi-classical spin rotation formalism, which reveals a manifold of possible field time dependencies for the case of pulsed polychromatic beams and includes and extends the hitherto known solutions. The non-unique relation between the energy splitting and the spin precession field and their “effective” counterparts is discussed.
Published Version
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