2) a) A monochromator is used as shown in the setup below to obtain a single wavelength2 = 1.5 Å X-ray from X-rays emitted from an X-ray source. The monochromator is made ofGermanium single crystal. The Miller index of the planes in this Germanium single crystal is(111) and the distance between the planes is d11 = 1.2 Å. What is the value of themonochromator angle (0)?(scottered X-ray)Saçılan X-ışınıelincedent X-ray)s )(scattering angleSacılma AçısıGelen X-IşınıGeliş AçısıEieliş Dogrultusu(andeofincidence)direction of arrival)Kristal Düzlemleri(crystal planes)b) Calculate the energy of the X-ray with wavelength 2 = 1.5 Å in eV.

(a) Using the formula 2dSinθ =λgiven that d111 =1.2A˙λ =1.5A˙on putting these values in above…

2) a) A monochromator is used as shown in the setup below to obtain a single wavelength 2 = 1.5 Å X-ray from X-rays emitted from an X-ray source. The monochromator is made o Germanium single crystal. The Miller index of the planes in this Germanium single crystal i (111) and the distance between the planes is di11 = 1.2 Å. What is the value of th monochromator angle (0)? (scattared X-ras) SC Saçılan X-ışını Sincedent X-ray) Saçılma Açısı Sc 20 (scottering angle Gelen X-ışını Geliş Açısı jeliş Dogrultusu direction of arrival Kristal Düzlemleri (andeofincidence) (crystal planes) b) Calculate the energy of the X-ray with wavelength à = 1.5 Å in eV.

2) a) A monochromator is used as shown in the setup below to obtain a single wavelength 2 = 1.5 Å X-ray from X-rays emitted from an X-ray source. The monochromator is made o Germanium single crystal. The Miller index of the planes in this Germanium single crystal i (111) and the distance between the planes is di11 = 1.2 Å. What is the value of th monochromator angle (0)? (scattared X-ras) SC Saçılan X-ışını Sincedent X-ray) Saçılma Açısı Sc 20 (scottering angle Gelen X-ışını Geliş Açısı jeliş Dogrultusu direction of arrival Kristal Düzlemleri (andeofincidence) (crystal planes) b) Calculate the energy of the X-ray with wavelength à = 1.5 Å in eV.