![]() ![]() Since here, the winding current per phase (I PS) equals to the supply line current (I LS), we can write, In this paper new photocentric orbits and component masses are calculated for 4 pairs: $\alpha$ UMa, $\beta$ LMi, $\delta$ And and $\xi$ Aqr.As the winding is star connected, the winding current per phase (I PS) equals to supply line current (I LS).Īs the winding is star connected, the voltage across each phase of the winding is It is particularly suitable for pairs with large magnitude difference as well as for calculation of the preliminary orbits of new astrometric binaries which will be considered in forthcoming papers. We conclude that this direct combination is an acceptable tool to discover and investigate photocentric orbits with periods from 10 to 55 years and the semi-major axis of apparent ellipses $>$0.08 arcsec. known orbits of Sirius, Procyon, Rasalhague, $\mu$ Cas and others. Some capabilities and limitations of this method are discussed in a comparison of our results with. (CDS, I–266) the photocentric orbits of some FK5/Hipparcos stars are calculated in a direct combination of the Hipparcos data with astrometric ground-based observational catalogues having epochs later than 1939. View full-textĬomplementing the Proper Motions of Fundamental Stars catalogue by Gontcharov et al. ![]() Treatment, or for other supernova models, active-sterile neutrino oscillationsĬould generate conditions suitable for the r-process. Strong but complicated, leaving open the possibility that with a more complete The impact of neutrino-neutrino refraction is If probably not enabling the r-process in the investigated outflows of anĮlectron-capture supernova. In allĮxamples, Y_e is reduced and therefore the presence of sterile neutrinos canĪffect the conditions for heavy-element formation in the supernova ejecta, even We always include the feedbackĮffect on the electron fraction Y_e due to neutrino oscillations. This phenomenon has not been reported in previous studies ofĪctive-sterile supernova neutrino oscillations. Reduces the matter effect, largely suppressing the overall nu_e-nu_s MSWĬonversion. Matter effect, and, in particular in the late model, nu-nu refraction strongly ![]() Models" (6.5 s p.b.), neutrinos themselves significantly modify the nu_e-nu_s In our "intermediate" (2.9 s p.b.) and "late Matter and leads to a complete nu_e-nu_s swap with little or no trace ofĬollective flavor oscillations. In our "early model" (0.5 s post bounce), the Neutrino-cooling evolution of the proto-neutron star born in anĮlectron-capture supernova. Sterile families) for three different representative times during the Study active-sterile conversions in a three-flavor scenario (2 active 1 Motivated by recent hints for sterile neutrinos from the reactor anomaly, we ![]()
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