[en] The measurements of direct importance to the ²³²Th/²³³U fuel cycle using neutrons from the Oak Ridge Linear Accelerator Facility are gathered together and discussed. These measurements were done in response to specific data discrepancies, as part of generic programs, and for basic fission physics studies. In particular, completed transmission and capture work on ²³²Th has yielded the most accurate parameters for the first four s-wave resonances; the largest average capture width, 25.2 MeV; and the largest s-wave strength function of recent measurements. These results allow improved agreement between differential and integral capture rates. Moreover, the ORNL ²⁵²Cf anti nu measurement of unprecedented accuracy and ²³³U anti nu ratio measurement give a ²³³U prompt anti nu (thermal) of 2.490 +- 0.009 neutron/fission. This result allows a much more satisfactory understanding of the ²³³U 2200 m/s constants. In addition, a ²³²Th γ-ray production measurement provides needed cross sections for shielding, and important data for both application and fission physics were obtained from ²³²Th fission and both ²³¹Pa and ²³⁴U fission and total cross section measurements. Data requirements and discrepancies suggested from this work are discussed