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TO ELECTRONIC RESEARCH, DEVELOPMENT, PRODUCTION DISTRIBUTION, AND TRAINING AT FORT MONMOUTH 1940-1982 BY THOMAS E. DANIELS ELECTRONIC RESEARCH AND DEVELOPMENT COMMAND COMBAT SURVEILLANCE AND TARGET ACQUISITION LABORATORY FEBRUARY 1983 |
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The intent or purpose of this booklet is as follows: 1. To promote an awareness of technological contributions
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The technical literature gives little note to the
outstanding accomplishment of Dr. Walter S. McAfee and his contribution
to man's first contact with an extraterrestrial body. On 10 Jan 1946, LTC
John DeWitt, Jr., directed the efforts of a team of engineers to send radar
signals to the moon. However, without Dr. McAfee's theoretical calculations
concerning radar cross section, doppler shift, and minimum detectable signals
at the receiver, the success of this venture would have been doubtful.
Later, his significant theoretical talents were
officially recognized by his receipt of the prestigious Army Research and
Development Achievement Award in 1961. He was cited for studies, vital
to the national defense in connection with missile guidance systems and
communication links. Dr. McAfee developed a mathematical formula that relates
raw data from high altitude nuclear detonations with time varying phenomena.
Dr. McAfee is Scientific Advisor to the US Army
Electronics Research and Development Command (ERADCOM), Fort Monmouth,
NJ. He was born in Ore City, Texas, 2 September 1914 and attended
the public schools of Marshall, Texas. He graduated from Marshall's "Central
High School" with honors in 1930. He received his BS degree in Mathematics
(Magna Cum Laude) at Wiley College in 1934; his MS degree in Physics at
the Ohio State University in 1937 and his Ph.D. in Physics at Cornell University
(where he studied under Hans Bethe) in 1949. He received support of his
studies at Cornell. He served as a teacher of General Science and
Mathematics in Columbus, Ohio secondary schools from 1937 to 1942 and joined
USAECOM (then called the Army Signal Corps Radar Laboratory) in 1942. He
has served in a variety of positions since joining this command, e.g.,
member, then leader of the Theoretical Studies Group (General Engineering
Branch), Unit Chief, then Chief of the Radiation Physics Section Nucleonics
Branch), Chief of the Electromagnetic Wave Propagation Section (Applied
Physics Branch), Senior Scientist (Applied Physics Division), Director,
Passive Sensing Technical Area, and Senior Specialist in the Electro-Optics
Technical Area. He received a Secretary of the Army Fellowship in October
1956 presented by President Eisenhower (at a White House ceremony) and
spent the year February 1957 - March 1958 studying Radio Astronomy at Harvard
University and at various laboratories abroad.
In addition to the Rosenwald and Secretary of the
Army Fellowships, he has received the following honors: Elected to Sigma
Xi (1948),recipient of the Army R&D Achievement Award (1961), listed
in the American Men and Women of Science (since about 1949), and in "Who's
Who in the East" (14th and later editions). He is also listed in Who's
Who among Black Americans. Citations for Scientific and Technical achievements:
NJ Council of Mayors (1971), Delta Sigma Theta Sorority (1970), and Negro
Business and Professional Women (1971). He is a Senior Member of the Institute
of Electrical and Electronics Engineers and a member of the following:
Eta Kappa Nu (honorary engineering society), the American Association for
the Advancement of Science, the American Astronomical Society, The American
Physical Society, The American Association of Physics Teachers, and Sigma
Pi Sigma (Physics Honorary Society).
Dr. McAfee is a member of the Board of Directors
of the First Jersey National Bank and Corporation.
In 1941, he married Miss Viola Winston of Columbus,
Ohio. Dr. and Mrs. McAfee are the parents of two daughters: Mrs. Diane
McAfee who teaches English at San Jose City College, and Mrs. Marshe Morris
who is employed as an actuary in the Washington D.C. area.
Page updated December 31, 2003
page created September 26, 2003
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