5. Explain the theory of electron diffraction in solids, and then calculate the De Broglie and Bragg wavelength starting from 7 kV up 9.5 kV and Step 0.5 kV form the average of each ring.

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5. Explain the theory of electron diffraction in solids, and then calculate the De
Broglie and Bragg wavelength starting from 7 kV up 9.5 kV and Step 0.5 kV form
the average of each ring.
Transcribed Image Text:5. Explain the theory of electron diffraction in solids, and then calculate the De Broglie and Bragg wavelength starting from 7 kV up 9.5 kV and Step 0.5 kV form the average of each ring.
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