We propose an extension of the present p-p small angle scattering experiment to a measurement of p-d scattering using a deuterium gas jet. In 400 hours of beam time we will measure as a function of energy; (a) the slope of the small angle p-d scattering; (b) the real part of the forward p-d scattering; (c) the total p-d cross section; and (d) the coherent diffraction dissociation of protons on deuterons. No new apparatus is required or need be installed for the performance of this experiment.

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The method of defining detection limits which has been adopted by the 222-S Analytical Laboratory counting room is described. The system for reporting limits defines two levels of detection limits: the critical level (L/sub c/) which must be exceeded before a sample can be said to contain any material above the background level and a detection limit (L/sub D/) at which we can be 95% sure that we will detect material. The common method of using twice the standard deviation of the background as a lower detection limit was found to lead to erroneous results. Equations relating L/sub c/ and L/sub D/ to the magnitude and standard deviation of the background were derived. Two examples illustrate the use of these levels. (auth)

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Design and engineering panameters for the F-144-1 shipping container for transporting FFTF fuel pin bundles or fuel assemblies are presented. (TFD)