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An energy-dispersive X-ray diffractometer using a solid-state detector is constructed for the determination of the liquid structure. It has two merits over the usual angle-dispersive diffractometer, i.e., a higher resolution of the s-value and a wider measurable s-region. The procedure of the data analysis and the results for liquid CCl4 are described. The absorption correction is important in the reflection method. By taking advantage of the energy-dispersive method, it is shown that liquid CCl4 has a long-range correlation at room temperature.
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Murata et al. (1978) studied this question.
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