@article{oai:repo.lib.tut.ac.jp:00001558,
 author = {稲田, 亮史 and 馬場, 翔平 and 大津, 良介 and 牧原, 知秀 and 坂元, 周作 and 太田, 昭男 and Inada, Ryoji and Baba, Shohei and Ohtsu, Ryosuke and Makihara, Tomohide and Sakamoto, Shusaku and Oota, Akio},
 issue = {3},
 journal = {IEEE Transactions on Applied Superconductivity},
 month = {Jun},
 note = {We investigated remanent field distributions for
commercial Bi2223 tapes with length of 1 m and high critical
current Ic of 150 A (77 K, self-field) developed by Sumitomo
Electric Industries (SEI) Ltd., by scanning Hall-probe microscopy
(SHM) with an active area of 50 μm × 50 μm. All tapes are
prepared by powder-in-tube process and sintered by
controlled-over pressure (CT-OP) processing at final sintering
stage. A bare tape and a 3-ply reinforced one with stainless tape
laminations were used for measurements. The distribution of
remanent field Brz in perpendicular to broader face of a
magnetized tape was measured using SHM, at a fixed distance of
0.5 mm away from a tape surface. Although absolute Brz values in
a reinforced tape were 10% lower than bare one, the shape of Brz
profile along a lateral direction of a tape was hardly affected by
reinforcement and uniformly distributed along a length of each
tape. Moreover, we cut away 15 cm piece sample from each tape
and measured Brz profile before and after double-sided bending
with a bending diameter of 30 mm. The results indicated that
degradation in both intensity and longitudinal uniformity of Brz
for a reinforced tape is much smaller than for a bare one.},
 pages = {2816--2819},
 title = {Longitudinal Uniformity of Commercial Bi2223 Tapes Characterized by Scanning Hall-Probe Microscopy},
 volume = {21},
 year = {2011}
}