SHERWOOD TECHNOLOGIES

Report 93 Advances in Thermoforming, J.L. Throne, Sherwood Technologies Inc. Report 120 Electronics Applications of Polymers II, M.T. Goosey, Shipley Ronal. 

Report 93 Advances in Thermoforming, J.L. Throne, Sherwood Technologies Inc. 

J.L. Throne in Thermoplastic Foams, Sherwood Technologies, Sherwood Publishers, Hinckley, OH, USA, 1996. 

D. L. Douglass and F. W. Kunz, eds., "Columbium Metallurgy," Proceedings Symposium, New York, June 9—10, 1960, Interscience PubHshers, New York, 1961. B. W. Gonser and E. M. Sherwood, eds.. The Technology of Columbium (Niobium), John Wiley Sons, Inc., New York, 1958. 

I. E. Campbell and E. M. Sherwood, High Temperature and Technology, John Wiley, New York, 1967. 

In the early 1970s, Mario Molina (b. 1943) of the Massachusetts Institute of Technology, F. Sherwood Rowland (b. 1927) of the University of California, Irvine, and Paul J. Crutzen (b. 1933) of the Max Planck Institute in Germany, all shown in Figure 17.16, recognized the potential threat to stratospheric ozone posed by chlorofluorocarbons (CFCs). Because CFCs are inert gases, they were once commonly used in air conditioners and aerosol propellants. Two of the most frequently used CFCs are shown in Figure 17.17. 

A comparison of experimental data for carbon dioxide absorption obtained Dy Hatta and Katori (op. cit.), Grimley [Trans. Inst. Chem. Eng., 23, 228 (1945)], and Vyazov [Zh. Tekh. Fiz. (U.S.S.R.), 10, 1519 (1940)] and for absorption of oxygen and hydrogen by Hodgson (S.M. thesis, Massachusetts Institute of Technology, 1949), Henley (B.S. thesis, University of Delaware, 1949), Miller (B.S. thesis, University of Delaware, 1949), and Richards (B.S. thesis, University of Delaware, 1950) was made by Sherwood and Pigford (Absorption and Extraction, McGraw-Hill, New York, 1952) and is indicated in Fig. 14-79. 

Burke J. J. and Weiss V., Advances in Deformation Processing (Sagamore Conference Proceedings Vol. 21), Plenum Press, New York, 1978 Campbell 1. E, and Sherwood E. M., High Temperature Materials and Technology, Wiley and Sons, New York —London —Sydney, 1967. 

Thomas Kilgore Sherwood (1903-1976) completed his PhD under the supervision of Warren K. Lewis, after whom the Lewis number was named, in 1929 at the Massachussetts Institute of Technology (MIT), Boston, USA. The subject of his thesis was The Mechanism of the Drying of Solids . He was a professor at MIT from 1930 until 1969. His fundamental work on mass transfer in fluid flow and his book Absorption and Extraction which appeared in 1937 made him famous worldwide. 

Howard, A. J., Canning Technology, Washington, D. C.. Sherwood Press, 1949. 

D. Kupperman, who contributed to the initiation of surface roughness/ recession monitoring, and K. Reimann of the Materials Science and Technology Division. The valuable advice and support of the Stone Study Committee organized by NFS and of S. Sherwood and R. Herrmann, Research Coordinator and Chairman, respectively, of the NAPAP Materials Effects Group, also are gratefully acknowledged. 

Sherwood, P. The technology of makic production". World Perroleion. 39(11) 48-61 (1968). 

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