Bragg’s Equations
1] normal incidence:-
bsin$=n₹
2] glancing incidence:-
2dsin@=n₹
3] $+@=180where:
₹-lambda
Compton shift
^₹= h/m•c * (1-cos@)
where:-
h/m•c = 0.024 A
Kinetic energy of recoil electron
E-W
Direction of recoil electron
tan@ = ₹sin@/(₹•-₹cos@)
₹-wavelength
Mosleys Law
Root of frequency is closely related to the atomic number
(f)^0.5 = n(Z-€)
€–> sigma
f–> frequency
For K-alpha line €=1
For L-alpha line €=7.4