抄録
Experiments described in this paper were designed to investigate the relation between the banding behavior reported in the 1st Report and the tilt or rotation of the crystal lattice. In the 1st report, the authors noted that the cell boundaries depend on the crystal orientationt. In these experiments, Laue X-ray photographs were taken of the typical specimens, and the tile axes of cell boundaries, and the rotation axes of the bend planes were analyzed. The tilt axi is defined by analyzing the curved line to connect the splitted spots in X-ray patterns. These fragmented spots correspond to cell-formation. The rotation axis is also defined with asterism of Laue spots. Asterism correspond to bend plane or the domain piled up of dislocations. From the analysis of the tilt and rotation axes, it was found that the cell-formation is particularly associated with the inhomogeneous multiple bending due to the mutual polygonization of the crystals started by the slip mechanism depending on their initial orientation, and is not formed directly from original crystals independent of the active slip system.
