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    Article

    The correlation of ultrasonic attenuation, microstructure and ductile to brittle transition temperature in very low carbon steels

    A study of the frequency dependence of the ultrasonic attenuation and the ductile to brittle transition temperature as a function of microstructure has been carried out for a very low carbon (0.02 wt%) steel. ...

    R. L. Smith, W. N. Reynolds in Journal of Materials Science (1982)

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    Article

    The elastic constants of some epoxy resins

    A 1 kbar fluid compressibility apparatus has been used to determine the bulk compressibility moduli of samples of some epoxy resin systems. Combination with recent data on Young's modulus of the same materials...

    A. Smith, S. J. Wilkinson, W. N. Reynolds in Journal of Materials Science (1974)

  3. No Access

    Article

    The elastic constants of some epoxy resins

    A 1 kbar fluid compressibility apparatus has been used to determine the bulk compressibility moduli of samples of some epoxy resin systems. Combination with recent data on Young's modulus of the same materials...

    A. Smith, S. J. Wilkinson, W. N. Reynolds in Journal of Materials Science (1974)

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    Article

    Non-Hookean Behaviour of Strong Carbon Fibres

    FOLLOWING the work of Watt, Phillips and Johnson1, carbon fibres of very high axial stiffness and strength have been prepared at AERE, Harwell. There is an appreciable increase in the apparent modulus of these fi...

    G. J. CURTIS, J. M. MILNE, W. N. REYNOLDS in Nature (1968)

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    Article

    Aggregation and Dispersal of Radiation Damage in Graphite

    FOLLOWING pioneering work by Grenall1, Williamson2 has used the technique of transmission electron microscopy to elucidate some aspects of the behaviour of dislocations in natural crystals of graphite, and Amelin...

    W. N. REYNOLDS, P. A. THROWER, B. E. SHELDON in Nature (1961)