Claytone

Clayton C R and Olefjord I 1995 Corrosion Mechanisms In Theory and Practice ed P Marcus and J Oudar (New York Dekker) p 175... 

Soholes G D, Clayton AHA and Ghiggino K P 1992 On the rate of radiationless intermoleoular energy transfer J. Chem. Phys. 97 7405-13... 

R. Hartung, in G. D. Clayton and E. E. Clayton, eds., Patty s Industrial Hygiene andToxicology, Volume II, Part D, John Wiley Sons, New York, 1994,... 

The recorded chronology of the coal-to-gas conversion technology began in 1670 when a clergyman, John Clayton, in Wakefield, Yorkshire, produced in the laboratory a luminous gas by destmctive distillation of coal (12). At the same time, experiments were also underway elsewhere to carbonize coal to produce coke, but the process was not practical on any significant scale until 1730 (12). In 1792, coal was distilled in an iron retort by a Scottish engineer, who used the by-product gas to illuminate his home (13). 

D. Clayton and co-workers, "Chemistry of Alkaline Pulpiag," ia Eulp and Paper Manufacture, 3rd ed., Vol. 5, Alkaline Pulpiag, The Joiat Textbook Committee of the Paper Industry, TAPPI, CPPA, Technology Park Adanta, Ga., 1989. 

Industrial Hygiene Monitoring Manualfor Petroleum Kefineries and Selected Petrochemical Operations, prepared for American Petroleum Institute, contract no. LER-40-73, by Clayton Environmental Consultants, Inc., API, Washington, D.C., p. 69. 

Sa.Ia.rs and Lakes. Brines having high lithium concentration are found in salars of northern Chile, southwestern Bohvia, and northwestern Argentina. Brines of lower lithium concentration are found in salars in the western United States and the Tibetan Plateau. Brines pumped from beneath the surface of the Salar de Atacama (Chile) and Silver Peak (Clayton Valley, Nevada) are used for commercial production of lithium uti1i2ing solar evaporation (see Chemicals frombrines). The concentration of selected ions in brines from salars and lakes of potential commercial interest worldwide are shown in Table 1. 

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