@article{oai:fit.repo.nii.ac.jp:00000516,
 author = {YAMAFUJI, Kaoru and KAWASAKI, Kyozi and KUMAGAI, Hiroo and KATO, Tomohiko},
 issue = {2},
 journal = {福岡工業大学研究論集},
 month = {Feb},
 note = {application/pdf, 論文(Article), The purpose of the present study is to answer the question: Does the electric resistivity, ρ, approach zero as the applied electric current approaches zero, in the glassy state of the quantized fluxoids in a type 2 superconductor? The best method for answering the above question by experimental studies may be to measure the relaxation process of the induced electric field, E, during ultra-long time in the concerning material. This kind of measurements are, however, very hard to perform, and hence, we tried to answer the above question by a theoretical approach. In this paper, we propose the starting basic equations to investigate the present problem by a theoretical analysis or by numerical calculations, because we have at present no established reliable theoretical formulation for describing the ultra-long time relaxation process in the glassy state.},
 pages = {103--109},
 title = {On Asymptotic Behavior of Electric Resistivity at Infinitesimal Electric Current in Glassy State of Superconducting Quantized Fluxoids I. Basic Formulations},
 volume = {43},
 year = {2011}
}