The XRD-diffractogram of aluminum metal crystallized in a face-centered cubic lattice type is drawn. In this diffractogram, if the a value found for the surface with the Miller index value (2 2 2) is 4.047, in which option the corresponding 2θ angle and the calculated atomic diameter are correctly given in the diffractogram? (λ: 1,54 Å, n = 1) A- atomic diameter : 2.44 , 2θ : 82 B- atomic diameter : 1.22 , 2θ : 82 C- atomic diameter : 1.22 , 2θ : 41 D- atomic diameter : 2.44 , 2θ : 41
The XRD-diffractogram of aluminum metal crystallized in a face-centered cubic lattice type is drawn. In this diffractogram, if the a value found for the surface with the Miller index value (2 2 2) is 4.047, in which option the corresponding 2θ angle and the calculated atomic diameter are correctly given in the diffractogram? (λ: 1,54 Å, n = 1) A- atomic diameter : 2.44 , 2θ : 82 B- atomic diameter : 1.22 , 2θ : 82 C- atomic diameter : 1.22 , 2θ : 41 D- atomic diameter : 2.44 , 2θ : 41
Related questions
Question
100%
The XRD-diffractogram of aluminum metal crystallized in a face-centered cubic lattice type is drawn. In this diffractogram, if the a value found for the surface with the Miller index value (2 2 2) is 4.047, in which option the corresponding 2θ angle and the calculated atomic diameter are correctly given in the diffractogram? (λ: 1,54 Å, n = 1)
A- atomic diameter : 2.44 , 2θ : 82
B- atomic diameter : 1.22 , 2θ : 82
C- atomic diameter : 1.22 , 2θ : 41
D- atomic diameter : 2.44 , 2θ : 41
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 4 steps
