|
Author |
Title |
Year |
Publication |
Volume  |
Pages |
Links |
|
Zemma, E.; Luzuriaga, J.; Babuin, S. |
Analysis of motion of solid hydrogen tracer particles in oscillating superfluid flows |
2014 |
Journal of Physics: Conference Series |
568 |
012029 |
|
|
Herbsommer, J.A.; Nieva, G.; Luzuriaga, J. |
Reproducibility of the disordered vortex structure in twinned single crystals of YBCO |
2000 |
Physica C |
341 |
1087-1088 |
|
|
Herbsommer, J.A.; Luzuriaga, J.; Civale, L.; Nieva, G.; Pasquini, G.; Lanza, H.; Levy, P. |
Angular variation of pinning near the irreversibility temperature in single crystal Y Ba2Cu3O7-? with splayed columnar defects |
1998 |
Physica C |
304 |
112-118 |
|
|
Herbsommer, J.A.; Luzuriaga, J.; Cheong, S.-W. |
Vortex glass melting in single crystal La1.825 Sr0.075CuO4 |
1996 |
Physica C |
258 |
169-174 |
|
|
Ceva, H.; Luzuriaga, J. |
Correlations in the sand pile model: From the log-normal distribution to self-organized criticality |
1998 |
Physics Letters A |
250 |
275-280 |
|
|
Rodriguez, D.S.; Rodriguez, E.; Luzuriaga, J.; Waszczak, J.V.; Cheong, S.W. |
Role of anisotropy in the vortex lattice of superconductors high-Q oscillator measurements in 2H-NbSe2 and La1.825Sr.075CuO4 |
1994 |
Physica C |
229 |
59-64 |
|
|
D'Anna, G.; Andre, M.-O.; Benoit, W.; Rodriguez, E.; Rodriguez, D.S.; Luzuriaga, J.; Wasczak, J.V. |
Flux-line response in 2H-NbSe2 investigated by means of the vibrating superconductor method |
1993 |
Physica C |
218 |
238-244 |
|
|
Luzuriaga, J.; Andre, M.-O.; Benoit, W. |
Frequency and amplitude response of the flux-line lattice to mechanical perturbation in ceramic YBa2Cu3O7 |
1992 |
Physica C: Superconductivity and its applications |
201 |
257-262 |
|
|
Zemma, E.; Tsubota, M.; Luzuriaga, J. |
Possible visualization of a superfluid vortex loop attached to an oscillating Beam |
2015 |
Journal of Low Temperature Physics |
179 |
310-319 |
|
|
Schmoranzer, D.; Jackson, M.J.; Luzuriaga, J. |
On the Non-linear Damping of Mechanical Oscillators in Flows of 4He |
2014 |
Journal of Low Temperature Physics |
175 |
97-103 |
|