Background
Baum, Carl Edward was born on February 6, 1940 in Binghamton, New York, United States. Son of George Theodore and Evelyn Monica (Bliven) Baum.
(This work covers the use of differential scaling for the ...)
This work covers the use of differential scaling for the synthesis of lenses which pass transient TEM waves without reflection, loss or distortion. The subject is also discussed in the context of differential-impendance-matching and transient-time conservation which extends the concepts to anisotropic media. Examples are given, which are useful in EMP simulations, pulse-power equipment, and transient (wide band) antennas in general.
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(Beginning with a review of the current need for identific...)
Beginning with a review of the current need for identification of buried and surface unexplored ordnance such as mines, shells, bombs, this book then explains existing techniques for electromagnetic detection of such targets. A detailed treatment of target signatures (natural frequencies and related parameters) for identification and discrimination of false alarms is also given.
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(Electromagnetic theory is a classical subject firmly base...)
Electromagnetic theory is a classical subject firmly based on the Maxwell equations which, together with the constitutive parameters, in principle lead to a quantitative description of an electromagnetic problem (radiation, scattering and the like). The quantitative description entails the construction of an analytical or numerical solution given the geometry which, for typical diffraction problems, is not an easy task. An equally important question, however, is the reverse problem, which is: what should the geometry (for example, boundary conditions) be to achieve some desired performance (such as antenna pattern, scattering behaviour or bandwith). In some cases the reverse problem has no solution at all. One of the purposes in organizing this book has been to introduce concepts of group theory associated with symmetry to the electromagnetics community, which has for some time now been academically positioned within the larger electrical engineering community. This book is intended to provide a better understanding of electromagnetic theory and a way to synthesize electromagnetic devices with desirable performance features.
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researcher electrical engineer
Baum, Carl Edward was born on February 6, 1940 in Binghamton, New York, United States. Son of George Theodore and Evelyn Monica (Bliven) Baum.
Bachelor of Science with honors, California Institute of Technology, 1962. Master of Science, California Institute of Technology, 1963. Doctor of Philosophy, California Institute of Technology, 1969.
Doctor-Ing.E.h. (honorary), Otto-von-Guericke University, 2004.
Second in command Lieutenant, United States Air Force, 1962; advanced through grades to captain, United States Air Force, 1967; resigned, United States Air Force, 1971; project officer, Air Force Research Laboratory (formerly Phillips Laboratory), Kirtland Air Force Base, New Mexico, 1963-1971; senior scientist for electromagnetics, Air Force Research Laboratory (formerly Phillips Laboratory), Kirtland Air Force Base, New Mexico, since 1971; president, SUMMA Foundation. United States delegate to general assembly International Union Radio Science, Lima, Peru, 1975, Helsinki, Finland, 1978, Washington, 1981, Florence, Italy, 1984,Tel Aviv, 1987, Prague, Czechoslovakia, 1990, Kyoto, Japan, 1993, Lille, France, 1996. Member Commission B United States National Committee, since 1975, Commission E, since 1982, Commission A, since 1990.
(Electromagnetic theory is a classical subject firmly base...)
(Beginning with a review of the current need for identific...)
(This work covers the use of differential scaling for the ...)
Fellow Institute of Electrical and Electronics Engineers (Harry Diamond Memorial award 1987, Richard R. Stoddart award 1984, John Kraus Antenna award 2006, Electromagnetics Field award, 2007). Member Electromagnetics Society (president 1983-1985), Electromagnetics Academy, Sigma Xi, Tau Beta Pi.