Case Western Reserve University, and

We thank the Center for Adhesives, Sealants, and Coatings (CASC) of Case Western Reserve University and the Office of Naval Research for generous financial support. 

Extensive collaboration with Professor W. M. Ritchey at Case Western Reserve University and with Dr, Tito Serafini and Dr. Richard Lauver at the NASA Lewis Research Center are gratefully acknowledged. Financial support of this work was provided by NASA (NAG 3-163). 

Infants with Iron Deficiency. B. l.o/off (Case Western Reserve University) and associates repotted that "Several consistent results have emerged from five studies of the behavior and development of infant with iron-deliciency anemia, a condition that affects at least 21) to 25 percent of the world s babies." All live studies used careful de lin it ions of iron status and included comparison groups without anemia All showed that infants with anemia scored lower on tests of mental development administered before treatment than infants without anemia did. 

I was fortunate as an industrial scientist for Plaskon and Dow Corning to be allowed to concentrate for over 40 years on organofunctional silanes and their applications in surface modification of minerals. I chose a scientific ladder rather than an administrative ladder, so I could stay in the laboratory with one or two assistants and develop a practical feel for polymer composites. Understanding of interfacial phenomena was helped immensely by academic workers such as Professors Koenig and Ishida at Case Western Reserve University and Professor Boerio at the University of Cincinnati. They and their students conducted extensive analytical studies of the interface to demonstrate the reality of some of the concepts I had proposed from indirect evidence of performance tests. 

Case Western Reserve University and Wade Park VA Medical Center, Cleveland, Ohio, U.S.A. 

I thank Dr. Kingman R Strohl (Case Western Reserve University) and Dr. Jidong Fang (Pennsylvania State University) for their review of the manuscript and their extremely helpful comments. 

The authors appreciate the discussions with Prof. I. M. Krieger of Case Western Reserve University and his allocation of laboratory space and TEM facilities. The authors also thank Ms. L. Bender for synthesizing many of the latexes, Dr. K. J. Abbey for performing the soap titrations, and Mr. R. M. Holsworth for taking the SEM photomicrographs. 

Acknowledgments This research was supported by a grant from the ACS Petroleum Research Fund, Type DNI. The authors also thank the Department of Chemistry, Case Western Reserve University and the National Science Foundation, Academic Careers in Engineering and Science Program (NSF ACES) for financial support. 

ERNEST B. YEAGER is Hovorka Professor of Chemistry and Professor of Chemical Engineering at Case Western Reserve University and is Director of the Case Center for Electrochemical Sciences. His research interests are in the field of physical electrochemistry and particularly electro-catalysis, electrode kinetics, and electrolytes. He is a past president of The Electrochemical Society and of the International Society of... 

The authors are pleased to acknowledge the support of this research by the Materials Research Laboratory of Case Western Reserve University and the National Science Foundation under Grant No. DMR80-20245. 

Case Western Reserve University and Diamond-Shamrock Company -Dietrich... 

While corporations are beginning to ask sharper questions regarding the value of their participation in such programs, it still holds that the best research universities, such as EPIC s Case Western Reserve University and The University of Akron, represent a research resource which major companies cannot afford to overlook. The "hunter and gatherer" opportunities, as discussed by McHenry (77), almost demand that a window on the research activities of such universities be maintained by the large corporations. 

This work was supported by SZDC s Presidential Young Investigator Award from the National Science Foundation (NSF DMR-91-57738), and Advanced Liquid Crystal Optical Materials (ALCOM) NSF Science and Technology Center at Kent State University, Case Western Reserve University and The University of Akron. 

Case Western Reserve University and elsewhere for providing the experimental basis for this chapter. 

Murphy J, et at. Unpublished data. 2008, Musculoskeletal, Mechanics, and Materials Lab Departments of Mechanical and Aerospace Engineering and of Orthopaedics Case Western Reserve University and University Hospitals Case Medical Center Cleveland, OH. 

Hatsuo Ishida is presently Assistant Professor of Macromolecu-lar Science at Case Western Reserve University and is also Director of C. Richard Newpher Pol3mier Composite Processing Laboratory which has recently been established at this university. He received his Ph.D. in Macromolecular Science from the same university where he applied FT-IR and laser Raman spectroscopy to his research on composite materials. He has been active in the molecular studies of glass flber/matrlx Interface of composites and his latest Interest Involves the correlation of molecular structure and mechanical property of composites made by various processing conditions. 

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