| Date Elevated |
Name |
Awarded for: |
| 2007 |
Harry L. Tuller |
Micro-Ionics: A Revolution in Portable Power Generation and Environmental Sensing |
| 2006 |
Paul F. Becher |
Microstructural and Interfacial Engineering of Ceramics Across Atomic-to-Micro
Length Scales |
| 2005 |
Peter G. Barnwell |
An Innovative Ceramic Technology Success – LTCC from Laboratory
to Electronic Applications in the Market Place |
| 2004 |
David W. Johnson, Jr. |
Ceramic Materials for Electronic and Photonic Applications: Past,
Present and Future |
| 2003 |
Nathan S. Lewis |
An ‘Electronic Nose’ Based on Arrays of Conducting Polymer
Composite Vapor Detectors |
| 2002 |
Duncan T. Moore |
|
| 2001 |
Subhash C. Singhal |
The important role of ceramic materials in developing fuel cells
for the Electric Vehicles of the future. |
| 2000 |
David L. Wilcox, Sr. |
The Wireless/Internet Revolution and the Multi-layer Ceramic Technology
Enabling Role |
| 1999 |
Alastair M. Glass |
Photomic Materials: The Enabler for the Communications Revolution |
| 1998 |
Maxine L. Savitz |
Commercialization of Advanced Structural Ceramics: Patience is a
Necessity |
| 1997 |
Terry A. Michalske |
Intergrated Microsystems |
| 1996 |
George H. Beall |
Innovation in Multiphase Glass-Derived Systems |
| 1995 |
Delbert E. Day |
Uses of Glass in the Body |
| 1994 |
Robert A. Laudise |
Industrial Ecology: A Key to Green Processing and Green Design |
| 1993 |
J. Derek Birchall |
The Processing and Properties of Ceramics |
| 1992 |
L. Eric Cross |
Ceramic Sensors and Actuators for Smart Materials and Adaptive Structures |
| 1991 |
Arthur H. Heuer |
Biological and Biomimetic Ceramics: A New Frontier |
| 1990 |
Karl M. Prewo |
Fiber-Reinforced Ceramic Matrix Composites |
| 1989 |
Anthony G. Evans |
A Perspective on the Development of High-Performance Structural Ceramics |
| 1988 |
Richard M. Spriggs |
Ceramic Engineering and Science for the 21st Century |
| 1987 |
Robert E. Newnham |
The Golden Age of Electroceramics |
| 1986 |
Hiroaki Yanagida |
Industrial and Cultural Revolution with High Tech Ceramics |
| 1985 |
Rustum Roy |
The Ambivalent Role of Technology in the Future of America and the
World |
| 1984 |
Gene H. Haertling |
Ceramics in a High Technology World |
| 1983 |
Fred M. Ernsberger |
The Nonconformist Ion |
| 1982 |
Hermann Schmalzried |
Can Reactions in Ceramic Systems Be Predicted? |
| 1981 |
John B. Wachtman, Jr. |
National Materials Policy: Critical Materials and Opportunities |
| 1980 |
W. David Kingery |
Social Needs and Ceramic Technology |
| 1979 |
Joseph A. Pask |
his talk discussig ceramic processing and ceramic science. |
| 1978 |
Julius J. Harwood |
his talk emphasizing the dynamics of materials changes and ceramics
opportunities in automotive vehicles in the future. |
| 1977 |
Hans Thurnauer |
Reflections |
| 1976 |
John F. McMahon |
Implications of Our Ceramic Heritage |
| 1975 |
Emilio Q. Daddario |
Materials Program of the Office of Technology Assessment |
| 1974 |
James Boyd |
|
| 1973 |
George W. Brindley |
The World of Clays and Clay Materials |
| 1972 |
Henry Eyring |
Thermodynamic and Transport Properties of Condensed Phases |
| 1971 |
Hobart K. Kraner |
Partners in Success |
| 1970 |
Elburt F. Osborn |
The Remarkable Development and Precarious Future of Basic Ceramic
Research in the United States - A Case History |
| 1969 |
Edward Wenk, Jr. |
A New Look at the Oceans |
| 1968 |
W.T. Pecora |
The Earth's Crust as Our Geologic Laboratory |
| 1967 |
Eric A. Walker |
Engineering: Needs and Prospects |
| 1966 |
J. Herbert Hollomon |
Technology and Public Policy |
| 1965 |
Frederick Seitz |
Current Trends in Solid State Science |
| 1964 |
W. Scott Hill |
The Changing Role of Our Engineering Societies |
| 1963 |
Andrew I. Andrews |
The Specification of Color |
| 1962 |
Seymour W. Herwald |
|
| 1961 |
Robert F. Legget |
|
| 1960 |
John R. Townsend |
The Challenge to Ceramics in National Defense |
| 1959 |
David Swan |
|
| 1958 |
John S. Rinehart |
Meteorites, Satellites, and Ceramics |
| 1957 |
Farrington Daniels |
Utilization of Solar Energy |
| 1956 |
John Frank Schairer |
Melting Relations of the Common Rock-Forming Oxides |
| 1955 |
Alexander Silverman |
Glass Through the Ages |
| 1954 |
Edward H. Kraus |
Gems, Natural and Synthetic |
| 1953 |
Frederick R. Matson |
Ceramic Archaeology |
| 1952 |
James Bliss Austin |
The Thermal Dilatation of Non-Metallic Substances |
| 1951 |
William C. Taylor |
The Effect on Glass of Half a Century of Technical Development |
| 1950 |
C.E. Kenneth Mees |
The Growth of Industrial Research |
| 1949 |
Frank H. Riddle |
Spark Plug Insulation |
| 1948 |
William H. Scheick |
Ceramics in the Future of Housing |
| 1947 |
Ralph E. Gibson |
Integration in Science, Education, and Study |
| 1946 |
George L. Clark |
Roentgen Ceramics, Past, Present, and Future |
| 1945 |
Clarence S. Ross |
Minerals & Mineral Relationships to the Clay Minerals |
| 1944 |
Hoyt C. Hottel |
Infraray Heating |
| 1943 |
Norman L. Bowen |
Petrology and Silicate Technology |
| 1942 |
Louis B. Tuckerman |
An Outsider Looks at Ceramic Problems |
| 1941 |
Ernest A. Hauser |
Colloid Chemistry in Ceramics |
| 1940 |
Wolsey G. Worcester |
Orton, the Ceramist |
| 1939 |
Lawrence E. Barringer |
A Background for Ceramics |
| 1938 |
Paul F. Kerr |
A Decade of Research on the Nature of Clay |
| 1937 |
Robert B. Sosman |
Pyrometry & Steel Maker's Refractories |
| 1936 |
William J. McCaughey |
Contribution on Mineralogy to Ceramic Technology & Research |
| 1935 |
H. Ries |
Geology and Clay Research |
| 1934 |
Arthur L. Day |
Natural and Artificial Ceramic Products |
| 1933 |
Edward W. Washburn |
Phase Rule in Ceramics |
