The namesake objects of this reaction will have a broad energy spectrum as a result of it because the energy of this reaction is shared with anti-neutrinos.
The neutrino was first postulated to explain this process, which must emit an anti-neutrino to conserve lepton number. The namesake objects of this reaction will have a broad energy spectrum as a result of it because the energy of this reaction is shared with anti-neutrinos. This decay mechanism is favored to the right of the stability line since it effectively increments the atomic number Z. For 10 points, the transformation of a nuclear neutron to a proton to conserve charge occurs in what type of nuclear decay, the emission of an electron from a nucleus?
The neutrino was first postulated to explain this process, which must emit an anti-neutrino to conserve lepton number.
{beta}-minus decay [accept {electron} decay before “electron” is read]