I. MOCHIDA et al OM photograph 10m SEM photograph I um Transverse texture I pill Core section Middle section Outer section 0.1 WIn HR-SEM photographs Fig. 1.(cont) the constituent domains were different according to The thickness and length of domains appeared below location, gradually changing from the linear and above 100 nm, respectively. In the middle area, at the outer zone into a circular one in the all domains were of looped and bent shapes. The ore area. Higher magnification definitely identified length assessed above 200 nm and the thickness again the shapes of domains. In the core area, there below 100 nm. The domains are approximately red no definite alignments of domains. Most aligned, focusing to the center. In the outer area, the ains were loop shaped, showing independent constituent domains showed a well developed linear orientation from that of the neighboring domain unit. shape, being aligned in the perfect radial orientationI. MOCHIDA et al OM photograph 10 km H SEM photograph Transverse texture E Core section Middle section Outer section 0.1 pm t---l (‘4 HR-SEM photographs Fig. 1. (cont.). the constituent domains were different according to their location, gradually changing from the linear shape at the outer zone into a circular one in the core area. Higher magnification definitely identified the shapes of domains. In the core area, there appeared no definite alignments of domains. Most domains were loop shaped, showing independent orientation from that of the neighboring domain unit. The thickness and length of domains appeared below and above 100 nm, respectively. In the middle area, all domains were of looped and bent shapes. The length assessed above 200 nm, and the thickness again below 100 nm. The domains are approximately aligned, focusing to the center. In the outer area, the constituent domains showed a well developed linear shape, being aligned in the perfect radial orientation