Weak to strong pinning crossover
G Blatter, VB Geshkenbein, JAG Koopmann - Physical review letters, 2004 - APS
Material defects in hard type II superconductors pin the flux lines and thus establish the
dissipation-free current transport in the presence of a finite magnetic field. Depending on the …
dissipation-free current transport in the presence of a finite magnetic field. Depending on the …
Weak-to strong pinning crossover
G Blatter, VB Geshkenbein, JAG Koopmann - arXiv preprint cond-mat …, 2003 - arxiv.org
Material defects in hard type II superconductors pin the flux lines and thus establish the
dissipation-free current transport in the presence of a finite magnetic field. Depending on the …
dissipation-free current transport in the presence of a finite magnetic field. Depending on the …
[引用][C] Weak to Strong Pinning Crossover
G Blatter, VB Geshkenbein, JAG Koopmann - Physical Review Letters, 2004 - elibrary.ru
Weak to Strong Pinning Crossover
G Blatter, VB Geshkenbein… - Physical Review …, 2004 - ui.adsabs.harvard.edu
Material defects in hard type II superconductors pin the flux lines and thus establish the
dissipation-free current transport in the presence of a finite magnetic field. Depending on the …
dissipation-free current transport in the presence of a finite magnetic field. Depending on the …
Weak to strong pinning crossover.
G Blatter, VB Geshkenbein, JA Koopmann - Physical review letters, 2004 - sonar.ch
English Material defects in hard type II superconductors pin the flux lines and thus establish
the dissipation-free current transport in the presence of a finite magnetic field. Depending on …
the dissipation-free current transport in the presence of a finite magnetic field. Depending on …
[PDF][PDF] Weak-to strong pinning crossover
G Blatter, VB Geshkenbein… - arXiv preprint cond-mat … - scholar.archive.org
Material defects in hard type II superconductors pin the flux lines and thus establish the
dissipation-free current transport in the presence of a finite magnetic field. Depending on the …
dissipation-free current transport in the presence of a finite magnetic field. Depending on the …
Weak to strong pinning crossover.
G Blatter, VB Geshkenbein… - Physical Review Letters, 2004 - europepmc.org
Material defects in hard type II superconductors pin the flux lines and thus establish the
dissipation-free current transport in the presence of a finite magnetic field. Depending on the …
dissipation-free current transport in the presence of a finite magnetic field. Depending on the …
Weak to strong pinning crossover
G Blatter, VB Geshkenbein… - Physical review …, 2004 - pubmed.ncbi.nlm.nih.gov
Material defects in hard type II superconductors pin the flux lines and thus establish the
dissipation-free current transport in the presence of a finite magnetic field. Depending on the …
dissipation-free current transport in the presence of a finite magnetic field. Depending on the …
[引用][C] Weak to Strong Pinning Crossover
G Blatter, VB Geshkenbein, JAG Koopmann - Physical Review Letters, 2004 - cir.nii.ac.jp
Weak to Strong Pinning Crossover | CiNii Research CiNii 国立情報学研究所 学術情報ナビゲータ
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[サイニィ] 詳細へ移動 検索フォームへ移動 論文・データをさがす 大学図書館の本をさがす 日本の博士 …