Taylor, Geoffrey

Batchelor, G.K. (1958) The Scientific Papers of Sir Geoffrey Ingram Taylor, Mechanics of Solids, vol. I (The University Press, Cambridge). 

In Section 3.2.3.2, the reader was introduced to dislocations (and to that 1934 paper by Geoffrey Taylor) and an account was also presented of how the sceptical response to these entities was gradually overcome by visual proofs of various kinds. However, by the time, in the late 1950s, that metallurgists and physicists alike had been won over by the principle seeing is believing , another sea-change had already taken place. 

Geoffrey H. Taylor. Can the authors interpret the granular structure to which they referred Our work has shown that it is possible to observe domain structure in statistically isotropic coals using microdiffraction. 

Geoffrey H. Taylor. I am skeptical about this, because some of these forms seem to be closed, as collapsed vesicles. 

Geoffrey H. Taylor. Tertiary bituminous coals examined in C.S.I.R.O. (Sydney) contain fusinite but little micrinite, sometimes virtually none. This would seem to preclude a genetic connection between fusinite and micrinite origin. 

Department of Chemical Engineering, University of Minnesota Communicated by Sir Geoffrey Taylor, F.R.S.—Received 23 September 1955)... 

Sir Geoffrey Taylor has recently discussed the dispersion of a solute under the simultaneous action of molecular diffusion and variation of the velocity of the solvent. A new basis for his analysis is presented here which removes the restrictions imposed on some of the parameters at the expense of describing the distribution of solute in terms of its moments in the direction of flow. It is shown that the rate of growth of the variance is proportional to the sum of the molecular diffusion coefficient, D, and the Taylor diffusion coefficient ko2U2/D, where U is the mean velocity and a is a dimension characteristic of the cross-section of the tube. An expression for k is given in the most general case, and it is shown that a finite distribution of solute tends to become normally distributed. 

Courant, R. Hilbert, D. 1937 Methoden der mathematischen Physik, 1. Berlin Springer. Taylor, Sir Geoffrey 1953 Proc. Roy. Soc. A, 219,186. 

ANDREW F. DYKE, STEPHEN R. FINNIMORE, SELBY A. R. KNOX, PAMELA J. NAISH, A. GUY ORPEN, GEOFFREY H. RIDING, and GRAHAM E. TAYLOR... 

From Geoffrey Cooper, The Cell A Molecular Approach, 1997. Reproduced with permission of Sinauer Associates, Inc. 18.30 Copyright 1999 From Molecular Biology of the Cell by Bruce Alberts, et al. Reproduced by permission of Routledge, Inc., part of The Taylor Francis Group.18.31 From The World of the Cell,... 

Acknowledgement. The authors would like to thank the project sponsors and partners Mr. Geoffrey Taylor, Standard Aero Limited and Dr. Sabry El-Hakim, CUT, National Research Council of Canada for their cooperation and helpful discussions. 

The Division was incorporated in 1983 due largely to the efforts of Kathleen Taylor, the first female Chair of the Division. Although female Chairs were unusual up to that time, there were some precedents in other Divisions, most notably in the History of Chemistry Division. As listed in the Articles of Incorporation, the incorporating I EC Board of Directors comprised Lawrence A. Casper, Geoffrey K. Smith, Billy L. Crynes, Kathleen C. Taylor, William H. Flank, James D. Idol, Jr., James E. McEvoy and Norbert Platzer. The Division continues as an incorporated non-profit scientific organization, as defined in Section 501(c)(3) of the Internal Revenue Code. 

Saffman, P.G. (2003). Philip Geoffrey Saffinan. Private communication. P Taylor, G.I., Saffman, P.G. (1957). Effects of compressibility at low Reynolds number. Journal Aeronautical Sciences 24(8) 553-562. 

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