c) Figure 2 below shows hypothetical 3D unit cell of Orthorhombic Crystal Structure with lattice parameters a = 2 nm, b = 3 nm, and c = 4 nm. a, b and c vectors are orthogonal to each other i.e., a ẞ= y = 90 deg. Draw unit cell reciprocal to the orthorhombic unit cell shown on the picture. Maintain appropriate relationship for the length of real and reciprocal unit cell vectors (3 points) Calculate the volume of the reciprocal unit cell (2 points).
c) Figure 2 below shows hypothetical 3D unit cell of Orthorhombic Crystal Structure with lattice parameters a = 2 nm, b = 3 nm, and c = 4 nm. a, b and c vectors are orthogonal to each other i.e., a ẞ= y = 90 deg. Draw unit cell reciprocal to the orthorhombic unit cell shown on the picture. Maintain appropriate relationship for the length of real and reciprocal unit cell vectors (3 points) Calculate the volume of the reciprocal unit cell (2 points).
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Transcribed Image Text:c)
Figure 2 below shows hypothetical 3D unit cell of Orthorhombic Crystal Structure with
lattice parameters a = 2 nm, b = 3 nm, and c = 4 nm. a, b and c vectors are orthogonal to each
other i.e., a ẞ= y = 90 deg.
Draw unit cell reciprocal to the orthorhombic unit cell shown on the picture. Maintain
appropriate relationship for the length of real and reciprocal unit cell vectors (3 points)
Calculate the volume of the reciprocal unit cell (2 points).
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