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Based on the theory developed for the multiple diffraction of neutrons in mosaic crystals, approximate intensity solutions have been derived allowing the calculation of multiple diffraction intensities when several (n ≥ 4) beams contribute to the phenomenon. The solutions are also appropriate for the calculation of intensities when high absorption and high secondary extinction are present. From these solutions, a computer program (MULTI) has been written in order to simulate neutron multiple diffraction patterns. A brief description of MULTI and an example of its application to the simulation of high-secondary-extinction/high-density neutron multiple diffraction patterns are included.
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