Woods, David

Edward S. Wood David Rubin Battino Benjamin Sadik Battino... 

Antony W. Wood, David M. Janz and Glen J. Van Der Kraak ... 

Anthony C. Bishop, Jeffrey A. Ubersax, Dejah T. Petsch, Dina P. Matheos, Nathanael S. Gray, Justin Blethrow, Elji Shimizu, Joe Z. Tsien, Peter G. Schultz, Maik D. Rose, John L. Wood, David O. Moigan and Kevan M. Shokat, A chemical switch for inhibitor-sensitive alleles of any protein kinase. Nature, 407 (2000), 395-401. 

Woods, David D. Some results on operator performance in emergency events In Ergonomic Problems in Process Operations, ed. D. Whitfield, Institute of Chemical Engineering Symposium, Ser. 90,1984. 

Woods, David D. Lessons from beyond human error Designing for resilience in the face of diange and surprise. Design for Safety Workshop, NASA Ames Research Center, October 8-10,2000. 

Wood David Muir (1990). Soil Behavior and Critical State Soil Mechanics. Cambridge University Press. ISBN 0-521-33249-4. 

Other colleagues have contributed greatly to our understanding of the current linguistic status of plants, insects and molluscs, notably Mark Nesbit, Yair Ben-Dov, Chris Hodgson, David Price and Ian Wood. David Jenkins and Fr. Peter Brady have helped generously unravelling tricky points of mediaeval latin. 

Youngdo Won Robert J. Woods David E. Woon Christine Wright Weitao Yang David R. Yarkony Brian F. Yates Arun Yethiraj Shigetaka Yoneda Teruyo Yoneda Engelbert Zass... 

The Batch Reaction Subcommittee was chaired by Walter L. Lrank of EQE International. Current members of the subcommittee, listed alphabetically are David J. Christensen, Union Carbide Corporation Warren Greenfield, International Specialty Products Philip P. Malkewicz, Nalco Chemical Company Peter L. McGrath, Olin Corporation Louisa A. Nara, Bayer Corporation Leslie A. Seller, CCPS Staff Consultant Robert Schisla, Eastman Chemical Company Anthony Torres, Eastman Kodak Company Dr. Jan C. Windhorst, Nova Chemicals and Paul Wood, Eli Lilly Company. Eormer subcommittee members who contributed much in getting this project started were Eelix Ereiheiter, CCPS Staff Consultant (deceased) A1 Noren, Monsanto Company-Searle (deceased) John Noronha, Eastman Kodak Company (retired) and Robert Stankovich, Eli Lilly Company. 

The author wishes to acknowledge his Loctite colleagues, many of whom have spent much of their careers advancing cyanoacrylate adhesive technology, for their help in the preparation of this chapter, especially John O Connor, John Woods, Shabbir Attarwala, and David Melody. He also wishes to thank librarian Margaret Orszak for her assistance with the literature search. 

David B. Goldstein, Ramachandran V., Nicholas W. Wood and Simon D. Ahorvon... 

Weston, Arthur W., 3. 9 Whaley, Wilson M., 6 WUds, A. L., 2 Wiley, Richard R, 6 Williamson, David H., 24 WUson, C. V., 9 Wilson, Stephen R 43 Wolf, Donald E., 6 Wolff, Hans. 3 Wollowitz, Susan, 44 Wood, John L., 3 Wulff, William D., 70 Wynbeig, Hans. 28... 

Blum, Kenneth, Peter J. Sheridan, R. C Wood, Eric R. Braverman, T. J. Chen, and David E. Comings. 1995. "Dopamine D2 Receptor Gene Variants Association and Linkage Studies in Impulsive-Addictive-Compulsive Behaviour." Pharmacogenetics 5 121-41. 

In Britain, the manufacture of cordite had commenced in 1889 in the royal gunpowder factory at Waltham Abbey. The acetone, which was critical to the process, was made from the distillate collected from wood that was heated to a high temperature. The best wood for this purpose came from the forests of continental Europe, and it was therefore unavailable to the British after the start of World War i. But in 1915 a chance meeting solved this problem. C.P. Scott of The Manchester Guardian introduced David Lloyd George, the Minister of Munitions, to one Chaim Weizmann. 

Dr. George Wood, Treatise on Therapeutics, quoted in David F. Musto, The American Disease The Origins of Narcotics Control. New York Oxford University Press, 1987, pp. 71-72. 

Dr David Watson Food Standards Agency Room 212 Ergon House 17 Smith Square London SW1P 3WG Dr Roger Wood Food Standards Agency c/o Institute of Food Research Norwich Research Park Colney Norwich NR4 7UA... 

We gratefully acknowledge the Poole family and Bud Kushnir, whose financial support made this research possible. Sean Sanders of Syncrude Canada provided insight into pump size and pressure drop in the slurry pipeline and also provided heavy gas oil for the experiments. Mark Coolen, woodlands operations superintendent for Millar Western Forest Products, provided wood chips for the experiments and valuable discussions. David Williams, Chief Estimator for Bantrel (an affiliate of Bechtel), provided valuable comments concerning capital cost estimation of pipeline. Vic Lieffers and Pak Chow of the University of Alberta helped carry out the experiments. All conclusions and opinions are solely the authors and have not been reviewed or endorsed by any other party. 

Almost any film can be used for reversal processing. Even so, some films work better than others and some work better in one process and not another. According to David Wood of, dr5 Chrome Lab which provides black and white reversal processing, Kodak Tri-X, 35 mm, 120, and 4X5 inch all work well with his proprietary process. At the same time, 35 mm Kodak Plus-X works very well, but 120 Plus-X does not work as well. All three of the Efke traditional emulsions, 25, 50, and 100, give excellent results, as do Ilford FP4 +, HP5 +, and Delta 100. While a very few films, such as Fuji Acros 100, don t work at all. If you decide to try your hand at reversal processing, you should test several emulsions to determine what works best for you. 

Most authors recommend the first developer be very active and include a silver solvent, such as potassium thiocyanate or sodium thiosulfate, in order to clear the highlights in preparation for redevelopment. D-19 + 30 ml of sodium thiocyanate = D-67 which fits the description as does D-76 + Thiosulfate. However, going against tradition David Wood recommends not using anything with thiocyanate or thiosulfate in the first developer. Instead, he recommends the use of Kodak D-l 1. All three first developer formulas are given in Formulas Reversal Processing. 

Beverly and Stephanie, 2008. 2008 David Wood. All rights reserved. Courtesy of the artist. This image is reproduced from an orginal Kodak T-Max 100 4x5 inch black and white transparency. The photo was made with a 4 X 5 inch Superspeed Graflex with a 135 mm f/3.5 lens. 

David Wood has worked as a professional photographer for over seventeen years in New York City. He attended Citrus College in Azusa, California in 1980 and holds an AA degree in Photography. He is the inventor and sole proprietor of the unique dr5 CHROME transparency film process, www.dr5.com. David now enjoys a client base of over two thousand professional and advanced-amateur photographers hailing from six continents. Currently, David has rendered the dr5 CHROME process compatible with more than twenty-five of the world s most popular black and white film types. He personally handles hundreds of rolls a week at his Denver, Colorado lab to insure the superior results. David resides with his wife Kathi and his Jack Russell terrier Buddy in their modest one hundred-year-old brick home located above the dr5 lab. For information on reversal processing and other services provided by. dr5 Chrome Labs visit www.dr5.com. 

Balakrishna, R., Wood, S.J., Nguyen, T.B., Miller, K.A., Suresh Kumar, E.V., Datta, A., David, S.A. Structural correlates of antibacterial and membrane-permeabilizing activities in acylpolyamines, Antimicrob. Agents Chemother 50 (2006) 852-861. 

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