Theory of Multi-gap Superfluidity Based on Fermi-liquid Approach
Superfluid-to-superfluid phase transitions in a Fermi-liquid leading to the emergence of two-gap superfluid states have been studied. There are considered the systems of fermions of one and two (nuclear matter) sorts. The self-consistent equations describing new two-gap superfluid states have been o...
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| creator | Akhiezer, A I Isayev, A A Peletminsky, S V Yatsenko, A A |
| description | Superfluid-to-superfluid phase transitions in a Fermi-liquid leading to the emergence of two-gap superfluid states have been studied. There are considered the systems of fermions of one and two (nuclear matter) sorts. The self-consistent equations describing new two-gap superfluid states have been obtained. These equations differ essentially from the equations of the BCS theory. The solutions of the self-consistent equations corresponding to one-gap and two-gap superfluid states have been found. |
| doi_str_mv | 10.48550/arxiv.0012504 |
| format | Article |
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| subjects | BCS theory Fermions Fluids Mathematical analysis Nuclear matter Phase transitions Superfluidity |
| title | Theory of Multi-gap Superfluidity Based on Fermi-liquid Approach |
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