5.3. A material of simple tetragonal Bravais lattice (a = 2.4 Å‚ c = 3.6 Å) is prepared in a plate shape so that the sample surface is parallel to (001). When the sample was symmetrically scanned in the 20 range from 20° to 100° using an X-ray beam at 1.54 Å, at which 20 positions will the diffraction peaks be observed? How will the diffraction pattern change if the sample is replaced by a crystal of body-centered tetragonal lattice? Assume that all the other condi-
5.3. A material of simple tetragonal Bravais lattice (a = 2.4 Å‚ c = 3.6 Å) is prepared in a plate shape so that the sample surface is parallel to (001). When the sample was symmetrically scanned in the 20 range from 20° to 100° using an X-ray beam at 1.54 Å, at which 20 positions will the diffraction peaks be observed? How will the diffraction pattern change if the sample is replaced by a crystal of body-centered tetragonal lattice? Assume that all the other condi-
Related questions
Question
Transcribed Image Text:5.3. A material of simple tetragonal Bravais lattice (a = 2.4 Å, c = 3.6
Å) is prepared in a plate shape so that the sample surface is parallel
to (001). When the sample was symmetrically scanned in the 20
range from 20° to 100° using an X-ray beam at 1.54 Å, at which
20 positions will the diffraction peaks be observed? How will the
diffraction pattern change if the sample is replaced by a crystal of
body-centered tetragonal lattice? Assume that all the other condi-
tions are the same.
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps
