Final answer:
Elastic scattering maintains energy and wavelength, crucial in crystallography and imaging. It provides mass contrast imaging and insights into material structures.
Explanation:
Elastic scattering is a process where the scattered particles maintain the same energy and wavelength as the incident particles. This phenomenon is crucial in various fields like crystallography and imaging techniques.
Elastic scatter does not reduce the energy of the scattered particles, making it useful for mass contrast imaging, like in electron microscopy.
In light scattering experiments, elastic scattering is utilized to understand the structure of materials by probing density correlation functions.
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