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An intermediate state, found notably in Pu-based materials whose 5f electrons are neither fully localized nor itinerant, is particularly challenging to understand.
Much of the research conducted at Ohio State in the area of superconductivity is performed through the Department of Materials Science and Engineering and its Center for Superconducting and Magnetic Materials (CSMM).
Work involves both fundamental science and applied science and focuses on superconducting materials and their formation, structure and magnetic and electrical properties.
The proposed method has been verified using experimental magnetization loops measured for polycrystalline YBa 2 Cu 3 O 7-δ and Bi 1.8 Pb 0.3 Sr 1.9 Ca 2 Cu 3 O x superconductors.
The development of cryogenic technology and considerable progress achieved in manufacturing superconducting tapes and single-crystalline samples  are disclosing ways to implement superconductors in microelectronics, power engineering, and transport engineering.
The corresponding expression (Bean's formula) is widely used to find J c from the results of magnetic measurements as The two-component model of high temperature superconductors in its real space version has been solved using Bogoliubov–de Gennes equations.
The disorder in the electron and boson subsystem has been taken into account. more The two-component model of high temperature superconductors in its real space version has been solved using Bogoliubov–de Gennes equations.The exotic (probably odd parity) superconductivity in Sr_2Ru O4 is thought to be mediated by spin fluctuations arising from proximity to such a critical point.Theories for superconductivity based on such a mechanism In recent years, magnetic and transport properties of the layered perovskite Ca_2Ru O4 at ambient pressure have been reported.At the same time, a significant amount of the research devoted to the influence of material structure and/or composition on the properties of superconductors is still performed on polycrystalline samples.This circumstance is related to the relative simplicity of the methods of synthesis and modification of polycrystalline superconductors as compared to single crystals.Pu Co Ga5, the first Pu-based In the frame of a project on the development of a reduced-scale-levitating rail-vehicle prototype, the performance of two different permanent magnets have been tested in linear bearings using YBa2Cu3O7−y bulk superconductors. more In the frame of a project on the development of a reduced-scale-levitating rail-vehicle prototype, the performance of two different permanent magnets have been tested in linear bearings using YBa2Cu3O7−y bulk superconductors.The levitation forces, the stiffness and the vibration damping have been measured using two different rail assemblies: one mounted with Nd Fe B magnets and another with ferrite ones.The assumption that the impurities mainly modify boson energies offers a natural explanation of the puzzling positive correlation between the positions of impurities and the values of the order parameter found in the scanning tunneling microscopy experiments.Important insight into the relationship between magnetism and superconductivity has been obtained through experiments on systems near to magnetic quantum critical points (magnetic phase transitions at absolute zero). more Important insight into the relationship between magnetism and superconductivity has been obtained through experiments on systems near to magnetic quantum critical points (magnetic phase transitions at absolute zero).The determination and comparison of parameters of various promising superconductors by indirect techniques requires correct data interpretation and taking the particular granular structure into account.According to the critical state model , the magnetization of a type-II superconductor is determined by critical current density J c and size of the sample.