A stochastic model for turnover of radiocalcium based on the observed power laws von Wise, M.E., Osborn, S.B., Anderson, J., Tomlinson, R.W.S.

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AN INTERPRETATION OF RADIOISOTOPE TURNOVER DATA von Anderson, J, Tomlinson, R.W.S, Osborn, S.B

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RADIOCALCIUM TURNOVER IN MAN von Anderson, J, Tomlinson, R.W.S, Osborn, S.B, Wise, M.E

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TRAINING OF MEDICAL TEACHERS von Anderson, J., Gale, Janet, Tomlinson, R.W.S.

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NEUTRON-ACTIVATION ANALYSIS IN MAN IN VIVO: A New Technique in Medical Investigation von Anderson, J., Osborn, S.B., Tomlinson, R.W.S., Newton, D., Salmon, L., Rundo, J., Smith, J.W.

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NEUTRON-ACTIVATION ANALYSIS IN MAN IN VIVO von Anderson, J., Osborn, S.B., Tomlinson, R.W.S., Newton, D., Salmon, L., Rundo, J., Smith, J.W.

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Radiocalcium studies in normal subjects von Tomlinson, R. W. S., Wall, M., Osborn, S. B., Anderson, J.

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Some Applications of Power Law Analysis to Radioisotope Studies in Man von Anderson, J, Osborn, S B, Tomlinson, R W S, Weinbren, I

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Activation analysis in vivo using 5 MeV incident neutrons von Newton, D., Anderson, J., Battye, C.K., Osborn, S.B., Tomlinson, R.W.S.

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