Owen

Coley, T.R. (1989), Diesel fuel additives influencing flow and storage properties . In Gasoline and diesel fuel additives (Owen, K. Ed.). John Wiley. 

The calculation involved here is conceptually a complex one, and for the necessarily detailed discussion needed to do it justice, the reader is referred to Verwey and Overbeek [5] and Kruyt [6] or to Hamed and Owen [10]. Qualitatively, what must be done is to calculate the reversible electrostatic work for the process ... 

H. S. Hamed and B. B. Owen, The Physieal Chemistry of Eleetrolyte Solutions, Reinhold, New York, 1950. 

Albrecht A C, Clark R J H, Oprescu D, Owens S J R and Svensen C 1994 Overtone resonance Raman scattering beyond the Condon approximation transform theory and vibronic properties J. Chem. Phys. 101 1890-903... 

Anti L, Goodwin J W, Flill R D, Ottewill R FI, Owens S M, Papworth S and Waters J A 1986 The preparation of poly (methyl methaorylate) lattioes in non-aqueous media Colloid Surf. 17 67-78... 

Hinton, E. and Owen, D.R. J.. 1977. Finite Element Programming, Academic Press, London. 

Owens Lake. Owens Lake is a relatively small alkaH deposit in Southern California where small amounts of cmde trona are recovered and sold (30,31). Several feasibiHty studies with regard to expanding production at this site have been conducted over the years with negative results. 

G. D. Dub, Owens l ke—Source of Sodium Minerals Technical Publication No. 2235, American Institute of Mining and Metallurgical Engiueers, Sept. 1947. 

SodaMsh Industry of Owens hake, Vol. 12, No. 10, Mineral Information Service, State of California, 1959. 

K. Owen and T. Coley, Automotive Fuels Handbook, Society of Automotive Engineers, Warrendale, Pa., p. 116. 

Slagceram" in ECT2nd ed., SuppL VoL, pp. 876—889, by S. Klemantaski, British Steel Corp. (Corporate Laboratories) "Glass-Ceramics" in ECT3rd ed., Vol 11, pp. 881—893, by D. R. Stewart, Owens-Illinois. 

E. D. Owen, in E. D. Owen, ed.. Degradation and Stabilisation ofPUC, Elsevier, London, 1984, Chapt. 5. 

Radon-220 [22481 8-7], Rn, a decay product of thorium, was discovered by Owens and Rutherford in 1900. The more common radon-222, a decay product of radium, was discovered later in the same year and was isolated in 1902. 

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