excited nucleus मीनिंग इन हिंदी

उदाहरण वाक्य

1. It is written as such ( the asterisk denotes an excited nucleus ):
2. The emission of a gamma ray from an excited nucleus typically requires only 10  " 12 seconds.
3. Ionization can occur through radioactive decay by the internal conversion process, in which an excited nucleus transfers its energy to one of the inner-shell electrons causing it to be ejected.
4. After nuclear reactions that result in an excited nucleus, the energy that must be radiated or otherwise removed as binding energy for a single nucleus to produce the unexcited state may be in any of several forms.
5. The energy of an excited nucleus may be emitted as a gamma ray in a process called gamma decay, or that energy may be lost when the nucleus interacts with an orbital electron causing its ejection from the atom, in a process called internal conversion.
6. About 0.65 % of the neutrons produced by 235 U fission, and about 0.75 % of the neutrons produced by 239 Pu fission, are not produced immediately, but rather are emitted from an excited nucleus after a further decay step.
7. For the the draft . Williams teamed with Jalen Rose, Crawford, Fizer, newcomer Donyell Marshall, Curry, Chandler, and guard Trenton Hassell to form a young and exciting nucleus which improved to 30 52 in Bill Cartwright's first full season as head coach.
8. For example, in internal conversion decay, the energy from an excited nucleus may eject one of the inner orbital electrons from the atom, in a process which produces high speed electrons, but is not beta decay, and ( unlike beta decay ) does not transmute one element to another.
9. The nuclear isomeric shift has also been observed in muonic atoms, that is atoms in which a muon is captured by the excited nucleus and makes a transition from an atomic excited state to the atomic ground state in a time which is short compared to the lifetime of the excited isomeric nuclear state.
10. In a more common analogous process, called electron capture, some proton-rich nuclides were found to capture their own atomic electrons instead of emitting positrons, and subsequently these nuclides emit only a neutrino and a gamma ray from the excited nucleus ( and often also Auger electrons and characteristic X-rays, as a result of the re-ordering of electrons to fill the place of the missing captured electron ).