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The basic characteristics used for the description of both Dirac and Majoranamassive neutrinos are studied. Currently available experimental data for thesecharacteristics are presented with an evidence of possible anomalies beyond theStandard Model with three light neutrinos. Special attention has been paid toways to determine the neutrino mass absolute scale. In accordance with theavailable data, the permissible values of the neutrino mass matrix elements arefound numerically against the minimal mass of neutrino. Some phenomenologicalrelations for the masses, the angles and the CP-violating phases of theneutrino mixing matrix are discussed, and the values of the neutrino masscharacteristics and the Dirac CP-violating phase are evaluated for a model ofbimodal neutrinos. The estimations made for masses of sterile neutrinos, thevalues of the neutrino mass characteristics and the Dirac CP-violating phasecan be used for interpretation and prediction of the results of variousneutrino experiments.

Neutrino mass characteristics in a phenomenological 3+2+1 model