(a) Describe the methodology used to identify the Miller indices (h k) for the planes shown in figure 1. Using a formula or otherwise, estimate the perpendicular distance between adjacent planes. Describe how the reciprocal lattice vector, Gik, can be used to capture this information. Figure 1: Rectangular 2D lattice showing three adjacent planes. The origin of coordinates is in the centre. The vectors Jā'| = 0.2nm and |5| = 0.1nm , resolved along the x and y axes, respectively. Relates to Q1(a)
(a) Describe the methodology used to identify the Miller indices (h k) for the planes shown in figure 1. Using a formula or otherwise, estimate the perpendicular distance between adjacent planes. Describe how the reciprocal lattice vector, Gik, can be used to capture this information. Figure 1: Rectangular 2D lattice showing three adjacent planes. The origin of coordinates is in the centre. The vectors Jā'| = 0.2nm and |5| = 0.1nm , resolved along the x and y axes, respectively. Relates to Q1(a)
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Transcribed Image Text:(a) Describe the methodology used to identify the Miller indices (h k) for the planes shown in figure 1. Using a
formula or otherwise, estimate the perpendicular distance between adjacent planes. Describe how the
reciprocal lattice vector, Gik, can be used to capture this information.
Figure 1: Rectangular 2D lattice showing three adjacent planes. The origin of coordinates is in the centre.
The vectors Jā'| = 0.2nm and |5| = 0.1nm , resolved along the x and y axes, respectively. Relates to Q1(a)
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