McKee

D. C. Young, M. L. McKee, Computational Chemutry Review., of Current Trend. Volume 3 149, J. Leszczynski, Ed., World Scientific, Singapore (1999). 

Thanks go to Dr. Michael McKee at Auburn University and the Alabama Research and Education Network, both of which allowed software to be tested on their computers. Thanks are also due the Nichols Research Corporation and Computer Sciences Corporation and particularly Scott von Laven and David Ivey for being so tolerant of employees engaged in such job-related extracurricular activities. 

Rabalais, J. W. (1977) Principles of Ultraviolet Photoelectron Spectroscopy, John Wiley, New York. Roberts, M. W. and McKee, C. S. (1979) Chemistry of the Metal-Gas Interface, Oxford University Press, Oxford. 

Fig. 13. Mixer—settlers (a) IMI (b) General Mills (c) Davy-McKee and (d) CMS.

The development of the novel Davy-McKee combined mixer—settler (CMS) has been described (121). It consists of a single vessel (Fig. 13d) in which three 2ones coexist under operating conditions. A detailed description of units used for uranium recovery has been reported (122), and the units have also been studied at the laboratory scale (123). AppHcation of the Davy combined mixer electrostatically assisted settler (CMAS) to copper stripping from an organic solvent extraction solution has been reported (124). 

C. C. McKee, "The Supply/Demand Outiook for LP-Gas," Proceedings ofi the 58th Mnnual Convention 1979, Gas Processors Association, Tulsa, OHa. 

Survey of the patent Hterature reveals companies with processes for 1,4-butanediol from maleic anhydride include BASF (94), British Petroleum (95,96), Davy McKee (93,97), Hoechst (98), Huels (99), and Tonen (100,101). Processes for the production of y-butyrolactone have been described for operation in both the gas (102—104) and Hquid (105—108) phases. In the gas phase, direct hydrogenation of maleic anhydride in hydrogen at 245°C and 1.03 MPa gives an 88% yield of y-butyrolactone (104). Du Pont has developed a process for the production of tetrahydrofuran back-integrated to a butane feedstock (109). Slurry reactor catalysts containing palladium and rhenium are used to hydrogenate aqueous maleic acid to tetrahydrofuran (110,111). 

A subsidiary of Lurgi AG, formerly Davy McKee AG (Bamag). 

J. J. Bechei, G. R. Hoffman,. W. Swanson, and R. C. McKee, Development of Cold-Set Adhesive, Project 2696-11, Report One to the Eouidiiniei Kraft Board Institute from the Institute of Paper Science and Technology, Adanta, Ga., Nov. 1973. 

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