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result from the reaction of two sets dislocations with different Burgers vectors during creep. These dislocations exist in the different slip plane. Once these dislocations move to the same slip plane......
铝轧面的OM像 Fig. 1 OM image of coarse-grained pure Al along rolling plane 表1 纯铝的疲劳试验条件和循环饱和数据 Table 1 Fatigue test conditions and cyclic saturation data of coarse-grained pure Al 循环变形试验... cell formation and work hardening in the unidirectional glide of f.c.c. metals I: Basic theoretical analysis of cell walls parallel to the primary glide plane in early stage II[J]. Mater Sci Eng, 1983......
is marked by circle and blue is marked by square in the pole figures) on either side of the boundary have coincident plane normals, as can be seen in the overlapping of the circle and square in the pole figure in Fig. 6(c). Secondly, these plane normals are coincident with the boundary trace normal, seen as the parallel green dashed lines in Figs. 6(a) and (c). The occurrence of  ......
on occurrence of dominant texture plane in jointed rock masses[J]. Chinese Journal of Rock Mechanics and Engineering, 2004, 23(11): 1832-1835. [6] 陈剑平, 石丙飞, 王清. 工程岩体随机结构面优势方向的表示法初探[J]. 岩石力学与工程学报, 2005, 24(2... Longcang, WANG Maomei, et al. Application of fuzzy information diffusion method in fissure structural plane analysis[J]. Journal of Central South University (Science and Technology), 2011, 42(8): 2493-2498......
coatings is shown in Fig. 1. The coating is mainly composed of Ti, TiN, Zr and ZrN. Impurity phases are not observed. As a top layer, the strongest peak corresponds to the (111) plane of ZrN with a FCC structure. The sub-strongest peak is indexed to the (111) plane of TiN, confirming the formation of layered structures. The results agree with the previous works [11]. Fig. 1 XRD pattern of Ti/TiN/Zr/ZrN......
(I(111) )的比值 Table 1 Intensity ratio of (200) crystal plane and (111) crystal plane of Cu-Ag alloys at different processes 2.2 力学性能分析 2.2.1 硬度测试 图3所示为不同生产工序TAg0.1铜银合金样品的显微硬度.由图3可知,经过......
crystallographic plane (111) on the transverse section to crystallographic plane (311) on the longitudinal section, which indicates that the crystal orientation distributions are different on the transverse......
mechanism [20]. At room temperature, the main slip direction was in the (1120) basal plane, whereas deformation twinning occurred on the (1012) pyramidal plane [21,22]. During the early stages of plastic......
parent 015#6 is expressed in terms of the parent grain orientation (HCP lattice). In Fig. 7(b), the projections of parent grain and its twin in XOY plane are presented in gray and RGB colors, while twin’s corresponding spheroidal model and its active twin plane are shown in orange and pink color. Fig. 7 Observation of twin morphology in sample (XYZ) reference frame Figure 8 presents the evolution......
approach each other. That is, d111 of VC layers increases along the direction perpendicular to the superlattice interface (out-of-plane), while d111 of TiC decreases along the same direction. Therefore, it can be inferred that the uniaxial tensile strains in VC and the uniaxial compressive strains in TiC sublayers along the out-of-plane direction are induced from epitaxial structure. When Λ increases......