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The lX2RTRAN-IVprogram TOR has been developed for the calculationof thermal neutron differential.scattering cross sections of crystallinematerials. The scatteringlaw is calculated in the incoherent approximation by direct evaluation of the Fourier integrals. A new numerical integration technique of improved accuracy is used. This includes a verificationbased on the det.ailedbalance condition for each value of the scattering law. A two parameter function, derived from the scatteringlaw but having more accurate interpolationproperties, is provided as card output. The latter has the form Of in~t for the FORTRAN-IV program GLEN which obtains the total scattering cross section, thermal neutron diffusion length, end fluxwelgbted group cross section8.

CALCULATION OF THERMAL NEUTRON SCATTERING CROSS SECTIONS FOR CRYSTALLINE MATERIALS: THE TOR PROGRAM.