DC magnetization and four-probe resistive measurements were carried out for Nb-Ti multifilamentary wires, and critical current densities in the filament and matrix were separated. The Campbell method was also used for measuring the effect of magnetic field history on critical current density in the matrix. The history dependence was found only for the current density induced in the matrix due to the proximity effect. This close correlation between the proximity effect and history effect shows a similarity to the phenomenon in high-Tc superconductors. The possible reason for the history effect in critical current density is discusse
Abstract. The use of pulsed magnetic fields and currents for transport critical current characterisa...
Critical current density: Measurements vs. reality Different experimental techniques are employed to...
The Takahashi-Tachiki proximity-effect theory is applied to the Nb/Ta multilayer system. The diffusi...
DC magnetization and four-probe resistive measurements were carried out for Nb-Ti multifilamentary w...
Measurement of voltage-current characteristics in multifilamentary wires, showing the transition fro...
The purpose of this paper is to estimate the magnetic field dependent critical current density scali...
We investigated the current carrying capacities of ten NbTi superconductors having a CuNi matrix wit...
Field and temperature dependences of critical current density (Jc) and n-value were evaluated from u...
In high energy accelerators such as the SSC, the magnetization of the superconductor is an important...
Contains fulltext : 29437.pdf (publisher's version ) (Open Access
Les propriétés supraconductrices dans les multifilaments "in situ" sont discutées. Une attention par...
We demonstrate experimentally that the critical current in superconducting NbTiN wires is dependent ...
The magnets for the Superconductig Super Collider, a high energy proton colliding beam accelerator, ...
The Nb-Ti hard conductors used in LHC dipole and quadrupole magnets are Rutherford cables composed o...
Type II superconductors, like Nb\u2013Ti and Nb3Sn, play a central role in the design of magnets for...
Abstract. The use of pulsed magnetic fields and currents for transport critical current characterisa...
Critical current density: Measurements vs. reality Different experimental techniques are employed to...
The Takahashi-Tachiki proximity-effect theory is applied to the Nb/Ta multilayer system. The diffusi...
DC magnetization and four-probe resistive measurements were carried out for Nb-Ti multifilamentary w...
Measurement of voltage-current characteristics in multifilamentary wires, showing the transition fro...
The purpose of this paper is to estimate the magnetic field dependent critical current density scali...
We investigated the current carrying capacities of ten NbTi superconductors having a CuNi matrix wit...
Field and temperature dependences of critical current density (Jc) and n-value were evaluated from u...
In high energy accelerators such as the SSC, the magnetization of the superconductor is an important...
Contains fulltext : 29437.pdf (publisher's version ) (Open Access
Les propriétés supraconductrices dans les multifilaments "in situ" sont discutées. Une attention par...
We demonstrate experimentally that the critical current in superconducting NbTiN wires is dependent ...
The magnets for the Superconductig Super Collider, a high energy proton colliding beam accelerator, ...
The Nb-Ti hard conductors used in LHC dipole and quadrupole magnets are Rutherford cables composed o...
Type II superconductors, like Nb\u2013Ti and Nb3Sn, play a central role in the design of magnets for...
Abstract. The use of pulsed magnetic fields and currents for transport critical current characterisa...
Critical current density: Measurements vs. reality Different experimental techniques are employed to...
The Takahashi-Tachiki proximity-effect theory is applied to the Nb/Ta multilayer system. The diffusi...