Abstract
Abstract It has already been pointed out in Chapter 1, on the basis of more intuitive arguments, and will be derived in greater detail in Chapter 6, how the measurement of the double differential inelastic X-ray scattering cross-section can yield information about a fundamental ground-state quantity, namely the electron density in momentum space. We will summarize the relevant relations, stressing the prerequisites, on which these relations are applicable, and will then deduce practicable rules for extracting the desired information on momentum densities out of the experimental data.
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