What is the limiting condition for Bragg's law
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In practical terms, this means that the reflecting/diffracting object must be much larger than the wavelength, in order to get a directional beam of light. And if it's not periodic, then the secondary waves cannot add coherently......
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Answer:
In practical terms, this means that the reflecting/diffracting object must be much larger than the wavelength, in order to get a directional beam of light. And if it's not periodic, then the secondary waves cannot add coherently.
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