Waugh,JohnS

Last, we wish to thank sincerely our editor. Dr. Justus George Lawler of The Seabury Press. He has been most kind and patient throughout the preparation of the manuscript. Friends too numerous to mention participated in the years of conversation out of which these pages were forged. To them, to Michael Malcolm, Elizabeth Hutchinson, Kevin Mahoney, William Cole, Ernest and Barbara Waugh, John Parker, Jr., William Patrick Watson, Martin Inn, Massayasu Takayama, Mark Skolnick, Ralph Abraham, and all the others, many thanks. 

W. Waugh, John Charnley The Man and the Hip, Springer-Verlag, London, New York, 1990. 

By Gunnar Bergman, John L. T. Waugh and Linus Pauling Oates and Crellin Laboratories of Chemistry, California Institute of Technology, Pasadena, California, U.S.A. 

GUNNAR BERGMAN, JOHN L. T. WAUGH AND LINUS PAULING... 

John L. T. Waugh, Atomic Quantum Mechanics Metals and Intermetallic Compounds, Wiley-Interscience, New York, 1972. 

As noted earlier, NMR lines from solids are very broad, but as early as 1958 Raymond Andrew and Irving Lowe independently showed that rapid spinning of the sample under certain conditions can reduce the line width. During the period 1965—1975 a number of clever new methods were developed (primarily in the laboratories of John Waugh, Alex Pines, Peter Mansfield, and Robert Vaughn) to employ both pulsed and continuous wave NMR methods to obtain narrow lines in solids. We shall describe the basic ideas behind these techniques and give some illustrations of their application. 

This chapter focuses on the historical development of UHMWPE for use in hip replacemenfs by John Chamley. The main sources of this chapter have been Chamley s journal publications and books, as well as an outstanding biography of Chamley written by William Waugh (1990). Preparation of this chapter also entailed interviews and the review of archives and implants at Wrightington Hospital, DePuy International (Leeds), and the Thackray Museum of Leeds. 

Waugh W. 1990. John Chamley The man and the hip. London Springer-Verlag. 

On the structure of the heteropoly anion in ammonium 9-molybdomanganate, (NH4)6MnMog032.8H20. Acta Cryst. 7 (1954) 438—441. (John L. T. Waugh, David P. Shoemaker, and Linus Pauling). 

J.S. Waugh, Average Hamiltonian theory. Encyclopedia ofMagnetic Resonance, John Wiley Sons, Ltd., Chichester, England, 2007. 

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