Magnetization and Flux Capture in a Superconducting Ring Made of High-Tc 2G TapeChikurov, Daniil S.,
Rudominskiy, Aleksandr E.,
Volkov, Mihail P.,
Чикуров, Даниил С.,
Рудоминский, Александр Е.,
Волков, Михаил П. in a ring made of second-generation
high-temperature
superconducting tape were performed.
The obtained
Proximity effect in the finite and incommensurate ferromagnet/superconductor systems environments of layers are considered among the causes of incommensurability of trilayer. The peculiar
Tc(df1
Dielectric response function in t- J- V model field causes the higher order harmonics in dx2 - y2-wave symmetry of the
superconducting gap driven
Nanoscale properties of superconducting cuprates probed by the electron paramagnetic resonanceThe basic principles of EPR in the
high-Tc materials are presented with the accent on the novel
πPhase superconductivity and magnetism in ferromagnet/superconductor/ ferromagnet trilayers) with compensation of the exchange field paramagnetic effect. This fact allows us to explain a surprisingly
high Tc