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• W2051612022 abstract "Review is devoted to the systematic representation of the theory (first part) and the applications (second part) of neutrino oscillations in matter. The evolution equations for mixed neutrinos in matter are deduced in different forms and analized. The consideration includes symmetries, limits of applications and some generalizations of equations. The analogies of the mixed neutrinos in matter have been found. We discuss in details the properties and the physical sense of the resonance in a system of mixed neutrinos. For homogeneous matter the effect of resonant enhancement of oscillations is described. Different representation of the adiabaticity condition, which determines a dynamics of neutrino oscillations, are given, and the adiabaticity parameter is introduced. Practically complete transformations of one neutrino species into another one are possible at the adiabatic (or near to adiabatic) crossing of resonance layer even at small vacuum mixing. The effect of non-oscillatory transition is remarked. Some results have been obtained for the adiabaticity violation regime. Also we review the exact solutions of the equations for special density distributions. The generalization of the theory for the case of three neutrino mixing is given. The effects of inelastic collisions as well as the divergence of neutrino wave packets are discussed. The theory of resonant conversion is applied then to the neutrino fluxes inside the Sun, the Earth and the collapsing stars. The distortion of the neutrino energy spectra by the matter filters with different density distributions are calculated. We describe the observable effects of conversion for solar and atmospheric neutrinos as well as for neutrinos from collapsing stars. The searching for these effects is considered as a method of measuring the neutrino masses and mixing. Resonant conversion may quite naturally solve the solar neutrino problem. The distinctions of resonance conversion effects and another mechanisms for solar νe - flux reduction are considered, and in this connection the possibilities of solar neutrino spectroscopy are outlined. We discuss the consequences of ν - signal detection from supernova 1987A." @default.
• W2051612022 created "2016-06-24" @default.
• W2051612022 creator A5039445248 @default.
• W2051612022 creator A5053948248 @default.
• W2051612022 date "1989-01-01" @default.
• W2051612022 modified "2023-10-18" @default.
• W2051612022 title "Resonant neutrino oscillations in matter" @default.
• W2051612022 cites W17257067 @default.
• W2051612022 cites W1965190004 @default.
• W2051612022 cites W1966657502 @default.
• W2051612022 cites W1973933953 @default.
• W2051612022 cites W1981659415 @default.
• W2051612022 cites W1982745922 @default.
• W2051612022 cites W1984051246 @default.
• W2051612022 cites W1988185833 @default.
• W2051612022 cites W1991564497 @default.
• W2051612022 cites W1993808806 @default.
• W2051612022 cites W1993907815 @default.
• W2051612022 cites W1994218351 @default.
• W2051612022 cites W1994332946 @default.
• W2051612022 cites W1994389592 @default.
• W2051612022 cites W1994981246 @default.
• W2051612022 cites W1996769839 @default.
• W2051612022 cites W1997597089 @default.
• W2051612022 cites W2001001992 @default.
• W2051612022 cites W2002296065 @default.
• W2051612022 cites W2003324122 @default.
• W2051612022 cites W2003930192 @default.
• W2051612022 cites W2004787037 @default.
• W2051612022 cites W2004902568 @default.
• W2051612022 cites W2007906824 @default.
• W2051612022 cites W2010716622 @default.
• W2051612022 cites W2013010589 @default.
• W2051612022 cites W2016127657 @default.
• W2051612022 cites W2016364507 @default.
• W2051612022 cites W2017275805 @default.
• W2051612022 cites W2017835753 @default.
• W2051612022 cites W2020367787 @default.
• W2051612022 cites W2021427702 @default.
• W2051612022 cites W2023878063 @default.
• W2051612022 cites W2025352907 @default.
• W2051612022 cites W2026371595 @default.
• W2051612022 cites W2029301552 @default.
• W2051612022 cites W2030294210 @default.
• W2051612022 cites W2035667543 @default.
• W2051612022 cites W2035675492 @default.
• W2051612022 cites W2036353554 @default.
• W2051612022 cites W2038912174 @default.
• W2051612022 cites W2041884018 @default.
• W2051612022 cites W2042003505 @default.
• W2051612022 cites W2042500781 @default.
• W2051612022 cites W2049646778 @default.
• W2051612022 cites W2051699950 @default.
• W2051612022 cites W2054176639 @default.
• W2051612022 cites W2057069831 @default.
• W2051612022 cites W2059777410 @default.
• W2051612022 cites W2062380320 @default.
• W2051612022 cites W2064628211 @default.
• W2051612022 cites W2064678644 @default.
• W2051612022 cites W2067388918 @default.
• W2051612022 cites W2067520475 @default.
• W2051612022 cites W2068718327 @default.
• W2051612022 cites W2073520020 @default.
• W2051612022 cites W2073602162 @default.
• W2051612022 cites W2078995916 @default.
• W2051612022 cites W2079094423 @default.
• W2051612022 cites W2079466954 @default.
• W2051612022 cites W2082948193 @default.
• W2051612022 cites W2083376353 @default.
• W2051612022 cites W2089918164 @default.
• W2051612022 cites W2090352490 @default.
• W2051612022 cites W2095010330 @default.
• W2051612022 cites W2095404483 @default.
• W2051612022 cites W2099973122 @default.
• W2051612022 cites W2100260860 @default.
• W2051612022 cites W2128168338 @default.
• W2051612022 cites W2129898401 @default.
• W2051612022 cites W2147916648 @default.
• W2051612022 cites W2155639253 @default.
• W2051612022 cites W2156532391 @default.
• W2051612022 cites W2160807736 @default.
• W2051612022 cites W2169023195 @default.
• W2051612022 cites W2243341230 @default.
• W2051612022 cites W2441949428 @default.
• W2051612022 cites W2597401726 @default.
• W2051612022 cites W3041742720 @default.
• W2051612022 cites W4244622506 @default.
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• W2051612022 doi "https://doi.org/10.1016/0146-6410(89)90008-2" @default.
• W2051612022 hasPublicationYear "1989" @default.
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