Anderson 2 General Works

Thanks go to Paul Anderson, Frank Ascione, Jerome Bimbaum, Lewis Cantley, Jennifer Darnell, Robert Darnell, Bink Garrison, Lori Morton, Mark Murcko, Larry Stemson, and Leslie Vosshall. I am also indebted to Bonnie Bassler, Milos Novotny, and Charles Wysocki who provided reprints and preprints of manuscripts covering important work cited in this book. Aspects of the structure of chapters 3-6 derive in part from a general chemistry textbook that I coauthored with Riley Schaeffer many years ago and thanks are due to Riley for his contributions. 

Prandtl-Nikuradse treatment and considered the liquid film to involve a laminar and a turbulent layer. Anderson and Mantzouranis work is an extension of the equations presented by Dukler and Bergelin (D5), and makes use of the von Karman universal velocity profile. In general, if any two of pressure drop, liquid flow rate, or film thickness are known, the third quantity can be calculated. 

This work was supported by the College of Agricultural and Life Sciences, and by Research Grant AM10588 from the National Institute of Arthritis and Metabolic Diseases, NIH and Research Grant RR 00226 from the Division of Research Resources, NIH. Laurens Anderson also acknowledges a Special Fellowship from the Institute of General Medical Sciences, NIH. Irwin Reich assisted with the computations in their... 

In 1970 van Vucht et al. [41], in the Netherlands, discovered practical hydrides such as LaNis, and in 1974 Reilly and Wiswall, in the United States, discovered Fe-Ti hydrides [42]. In LaNis and other rare earth compounds such as YNis, NdNis and others, the plateau pressures are affected by the A-atom (example La atom) substitution. This led to numerous studies around the world and development of practical hydride work really started. There have been several excellent reviews over the years, among them notably references [2, 26,43-68]. Other notable papers on intermetallics in general, are those of Anderson and Maeland [63], Lou et al. [65, 66, 69], Bowman et al. [70], Cerney et al. [71], Percheron-Guegan and co-workers [29, 72], and Latroche et al. [73]. More recently an internet database has been set by Sandrock and Thomas (lEA/DOE/Sandia National Laboratory) [23], Jai-Young Lee and co-workers [74, 75], Uchida et al. [76], Yvon and Fichner (structural properties) [77], Gupta and Schlapbach (electronic properties) [78], and Flanagan and Oates (thermodynamic properties) [79]. 

Limitations of space prevent a more extensive discussion of the results, but their general likeness to the findings of Anderson and Kemball for ethane is noteworthy. A fuller account of this work will be submitted for publication in due course. 

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