A. Geerkens scite author profile

High-T;superconductors are studied by measuring the ultrasonic attenuation and the relative change of the sound velocity in various applied magnetic fields. High sound amplitudes reveal nonlinear effects of the fluxline lattice. Due to the coupling of the flux lines to the sound waves, the occurring effects show the pinniig behaviour of a high-T,-superconductor. Especially the results for a textured ceramic Bi,,6Pb,,Sr2Ca2Cu30,-superconductor are presented and discussed.

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Angular dependence of critical current density and magnetoresistance of sputtered high- Tc -films

Geerkens

Meven²,

Frenck

1994

Physica C: Superconductivity

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A. Geerkens

Magnetostriction due to flux pinning in polycrystalline YNi2B2C

Magnetostriction of borocarbide superconductors

Angular dependence of magnetoresistance and critical current density of sputtered YBa2Cu3O7−δ films

Nonlinear Effects of Sound Waves in High-T_c-Superconductors

Angular dependence of critical current density and magnetoresistance of sputtered high- Tc -films

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A. Geerkens

Magnetostriction due to flux pinning in polycrystalline YNi2B2C

Magnetostriction of borocarbide superconductors

Angular dependence of magnetoresistance and critical current density of sputtered YBa2Cu3O7−δ films

Nonlinear Effects of Sound Waves in High-Tc-Superconductors

Angular dependence of critical current density and magnetoresistance of sputtered high- Tc -films

Contact Info

Product

Resources

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Nonlinear Effects of Sound Waves in High-T_c-Superconductors