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А.А. Грешилов
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Denisov V.P., Dubinin D.V.
Fazovye radiopelengatory
[
Phase radio direction
finders
]. Tomsk, TSU sistem upravleniya i radioelektroniki Publ., 2002, 251 p.
[9]
Rembovsky A.M., Ashikhmin A.V., Kozmin V.A.
Radiomonitoring: zadachi,
metody, sredstva
[Radio monitoring: objectives, methods, tools]. Moscow,
Goryachaya liniya – Telecom Publ., 2006, 492 p.
Greshilov A.A.
(b. 1939) graduated from Moscow Engineering Physics Institute,
Department of Experimental and Theoretical Physics in 1964. Dr. Sci. (Eng.), Professor.
In 1964–1977 he took part in nuclear tests at Semipalatinsk and Novaya Zemlya proving
grounds. In 1967–1968 he proposed and substantiated the method of measuring nuclear
charges by gaseous fission products — isotopes of krypton and xenon. This method is in
demand in our time for detection of illicit nuclear explosions. Greshilov A.A. is the win-
ner of an international competition announced by the U.S. government in developing
methods for detection of nuclear explosions conducted in secret. In 1968 he proposed an
original method for measuring the activity of the isotope xenon-133 in natural mixtures
by its characteristic X-ray radiation. In 1980s under his leadership there was developed a
methodology of forecasting and calculating the five-year plan for the industry “commu-
nication”. He suggested methods of accounting errors of all input data (confluent analy-
sis) when processing the results of observations and a number of methods for solving ill-
posed problems. He is also the author of methods for determining bearings of radio emis-
sion in the passive direction finding, which reduced time response while simultaneously
improving the accuracy of determining bearing. In recent years Greshilov A.A. pays great
attention to writing books on mathematics with attached multimedia disks that can help
students to solve problems outlined in his books. He is the author of over 200 scientific
papers, including more than 30 monographs, 30 patents on developing mathematical
methods of considering uncertainty of the initial information in mathematical physics,
pattern recognition, forecasting, and other technical applications. e-mail:
agresh@mail.ru