Using X-rays with a wavelength of 0.1541 nm in an iron crystal with a bcc structure,...

Transcribed Image Text:

Using X-rays with a wavelength of 0.1541 nm in an iron crystal with a bcc structure, the Bragg angle of the (110) plane is found as 0 = 22.350. a. Calculate the lattice constant of this structure. (Take into account scattering from order n=1) b. If this radiation is applied to the (111) plane, find the Bragg angle. c. Determine the density of iron. ma(Fe)=56g/mol. Using X-rays with a wavelength of 0.1541 nm in an iron crystal with a bcc structure, the Bragg angle of the (110) plane is found as 0 = 22.350. a. Calculate the lattice constant of this structure. (Take into account scattering from order n=1) b. If this radiation is applied to the (111) plane, find the Bragg angle. c. Determine the density of iron. ma(Fe)=56g/mol.

Answer rating: 100% (QA)

The question is referencing Braggs Law for Xray crystallography and the calculation of a crystal lattice constant for a BodyCentered Cubic bcc structu... View the full answer