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The relationship between the average of the arbitrary discrepancy {\bar \epsilon}n. and the volume V of the unit cell for an n-line powder diffraction pattern is studied. A value Sn is defined by the relation Sn = {\bar \epsilon}nV2/3. It is a symmetry factor mainly dependent on the reflection conditions of a unit cell. With consideration of the impact of the completeness of the reflections on a real powder diffraction pattern, which is also related to the symmetry factor, a general relation between the real powder diffraction pattern and the volume of the unit cell is established and tested with a number of high quality powder patterns selected from NIST (National Institute of Science and Technology).

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