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The below table lists diffraction angles for the first three peaks (second -order) of the X-ray diffraction pattern for some metal. Monochromatic x-radiation having a wavelength of (0.1234 nm) was used for BCC crystal ? (a) Determine the lattice constant. (b) radius of atoms. Peak miller Diffraction Number indies Angle (2e) 1 111 80 2 101 96 3 200 102

The below table lists diffraction angles for the first three peaks (second -order) of the X-ray diffraction pattern for some metal. Monochromatic x-radiation having a wavelength of (0.1234 nm) was used for BCC crystal ? (a) Determine the lattice constant. (b) radius of atoms. Peak miller Diffraction Number indies Angle (2e) 1 111 80 2 101 96 3 200 102

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The below table lists diffraction angles for the first three peaks (second -order) of the X-ray diffraction pattern for some metal. Monochromatic x-radiation having a wavelength of (0.1234 nm) was used for BCC crystal ? (a) Determine the lattice constant. ( b) radius of atoms. Peak Number miller Diffraction indies Angle (2e) 1 111 80 101 96 3 200 102
Transcribed Image Text:The below table lists diffraction angles for the first three peaks (second -order) of the X-ray diffraction pattern for some metal. Monochromatic x-radiation having a wavelength of (0.1234 nm) was used for BCC crystal ? (a) Determine the lattice constant. ( b) radius of atoms. Peak Number miller Diffraction indies Angle (2e) 1 111 80 101 96 3 200 102
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