National Science Foundation interactions

The Office of Naval Research, Propulsion Program, has funded much of the work on partially premixed flames at Purdue University. The National Science Foundation, the National Aeronautics and Space Administration, and the Purdue Research Foundation have also supported some of the work at Purdue on this subject. Mr. Jong Mook Lim, who is supported by Hyundai Heavy Industries, completed the experiments and the computations. The author acknowledges many useful interactions with Linda Blevins, Kent Lyle, B. J. Alder, Norm Lau-rendeau, Tadao Takeno, and Steve Frankel. 

The author expresses appreciation for the many fruitful interactions with students and colleagues that contributed greatly to this review. This Chapter builds upon previous review articles written by the author and two very talented coauthors, Dr. Michael Filler and Paul Loscutoff. SFB is indebted to both of them for their contributions. The National Science Foundation (Grants CHE 0245260 and CHE 0615087) is gratefully acknowledged for financial support that made this review possible. 

Complementary work on the interaction of oxides with water vapor and the properties of transition metal ions in mineral structures was valuable in pointing the way to some of the variables found significant. These projects are supported, respectively, by the National Science Foundation (GP172) and the Advanced Research Projects Agency, through the Stanford Center for Materials Research. 

The interaction with those who have supplied the experimental data, D. W. Moon, R. J. Bleiler, E. J. Karwacki and N. Winograd, has greatly helped in solidifying many of the ideas presented here. I thank them for allowing me to use their data as well as for many stimulating conversations. The financial support of the National Science Foundation, the Office of Naval Research and the Camille and Henry Dreyfus Foundation is gratefully acknowledged. 

Kozma, R. B., J. Russell, T. Jones, E. Katman, N. Marx, N. Davis, and J. Wykoff (1993) Interactive multimedia and mental models in chemistry A final report to the National Science Foundation, DUE-9150617. 

It is a real pleasure to dedicate this article to John Albery and to recognize his influential and joyous contributions to this interaction of experimentalists and theorists. It is a pleasure too to acknowledge the many contributions of my coworkers whose work is described in this chapter. This research was supported by the National Science Foundation and by the Office of Naval Research and I am very pleased to acknowledge that support. 

We thank our co-workers, especially R. E. Lehman, K. Y. Lee, and J. D. Korp, for creative and diligent efforts in delineating the various aspects of organometallic ion and ion-pair interactions described in this article. We also thank the National Science Foundation, the Robert A. Welch Foundation, and the Texas Advanced Research Program for financial support. 

In July 1990, Malcolm joined the Department of Chemistry at the University of North Carolina at Chapel Hill and was promoted to the position of Professor of Chemistry in 1999. He has received a number of awards a National Science Foundation Young Investigator Award (1993-1998), a Japan Society for the Promotion of Science Foreign Fellowship Award (1998-1999), the 2000 Sir Harold Thomson Award from Elsevier, and most recently a 2007-2008 J. W. Fulbright Fellowship from the U. S. State Department. Malcolm was co-Chair of the 2008 Gordon Research Conference on Electron Donor-Acceptor Interactions. 

The author gratefully acknowledges the Air Force Office of Scientific Research for their primary support of this work studying the interactions of ions with hypervelocity vehicles. The National Science Foundation and the Alfred R Sloan Foundation are also acknowledged for their support of the author s general research in ion/surface chemistry. 

The support of the National Science Foundation for investigations related to weak interaction over a considerable period and recently via Grant CHE 0131932 is gratefully acknowledged. 

The National Science Foundation is sponsoring a study led by Dr. Richard Bartha of Rutgers University on the multisubstrate biodegradation kinetics of PAHs from creosote, coal tar, and diesel fuel. The relative biodegradabilities and substrate interactions of PAHs in sole and multi-substrate systems will be determined and related to dissolution kinetics processes governing bioavailability. An integrated mathematical model of the behavior of PAHs in NAPL-contaminated soils will be developed and validated. 

It therefore seemed timely to arrange a joint U.S.-Japan Seminar on the topic of asymmetric reactions and processes— the title including not only asymmetric syntheses, both conventional chemical and enzymatic, but also certain separation methods involving the same kind of diastereo-meric interactions that are involved in asymmetric synthesis. The seminar was held July 7-11, 1981, at Stanford University with the editors and Professor Harry S. Mosher as co-organizers. It was supported jointly by the Japan Society for the Promotion of Science and the National Science Foundation and featured 19 plenary speakers nine from Japan and ten from the United States. The names and brief biographies of all but one of these speakers are given on pp. xi-xiii, and their subjects are listed in the Table of Contents. 

P. Maurice thanks the Petroleum Research Fund of the American Chemical Society, the National Science Foundation, the Department of Energy and the LACOR program of Los Alamos National Laboratories for funding various aspects of her AFM-related research. Bacterial interaction studies are being conducted in collaboration with... 

Acknowledgements. Our research on long-range interactions was supported by the National Science Foundation. I also wish to acknowledge my long-term collaboration in this area with Michael Paddon-Row. 

We thank the EPFL and Swiss National Science Foundation (SNF) Project (200021-143283/1) for financial support and CIME-EPFL for microscopy experiments. We also thank the COST Action MPllOl and MP1106 for interactive discussions during the course of this study. 

I am indebted to Drs. S. Suskind, I. Crawford, D. Helinski, S. Brody and T. Ocko for allowing me to test their memories and/or benefit from their reading this manuscript. I am also pleased to acknowledge the support of the National Science Foundation and the United States Public Health Service. Their aid made it possible for my co-workers and me to perform the studies described in this article. Regretfully, because of their untimely deaths, neither David Bonner nor Gabriel Lester can share the enjoyment of this review of past personal interactions and pleasant experiences. 

Bainbridge, W. S., ed. 2004. Berkshire Encyclopedia of Human-Computer Interaction. (2 vols.) Great Barrington, MA Berkshire Group. This encyclopedia, edited by the deputy director of the National Science Foundation s Division of Information and Intelligent Systems, consists of 186 signed articles on human-computer interaction (HCI). It is the first major reference resource for a new and fast-changing field that draws upon many branches... 

Not only in his novels, but in his interviews and nonfiction writings as well, Kim Stanley Robinson has shown an abiding admiration, even reverence, for scientists, communities of scientific researchers, and their working norms and governing practices. His interactions with scientists in Antarctica, his frequent visits to the National Science Foundation, regular reading of scientific journals, and perhaps his marital relationship with his spouse, who is an environmental chemist, have no doubt proved powerful influences upon his scientific outlook. 

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