Lewis, Larry

Jonathan Rich Janies Celia Larry Lewis Judith Stein Navjot Singh... 

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. 

Larry N. Lewis GE Corporate Research and Development Center, Schenectady, NY 12309, USA... 

Work supported by NIH Grants GM-21794 and GM-17378, and the College of Agricultural and Life Sciences, University of Wisconsin, Madison. The authors express their gratitude to Larry Lewis and John McAlister for the preparation of the Figures. 

LARRY THALLER, Storage and Thermal Branch, Power Technology Division, NASA Lewis Research Center, Cleveland, Ohio... 

Galvanizing gurus Larry Lewis and Jim Bowers recommend 14 tons of molten zinc in the tank for each ton of load to be galvanized per hour. Others recommend as high as 20 1. Because dross settles to the bottom of the kettle, the kettle should be deep enough that articles to be galvanized will be at least 1 ft (305 mm) above the kettle bottom. For the same reason, heat should be applied no closer to the outside bottom of the tank sidewall than 1 ft or preferably 1.7 ft (0.5 m). 

Acknowledgments IMA would like to express his sincere appreciation to all the students and postdocs who have conducted the Cd NMR studies in his lab over the years and whose names can be found on the publications in the reference list. A special thanks is extended to his first postdoc. Dr. James D. Otvos, who embarked upon these studies at their outset in the mid 70s. A special thank you is also extended to Lewis Kay and Larry Werbelow for clarifying the correct treatment of relaxation rates and NOE for gyromagnetic ratios of opposite sign. We all thank Dr. Melanie Rogers for her assistance with both editing and formatting this chapter. 

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