Biography:Anatoliy Koroteyev

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Anatoly Koroteyev
Born (1936-07-22) July 22, 1936 (age 87)
Baranovo, Moscow Oblast, Soviet Union
Nationality Soviet Union  Russia
Alma materMoscow Aviation Institute (1959)
AwardsOrder For Merit to the Fatherland, 4th class

Order For Merit to the Fatherland, 3rd class
Order of Alexander Nevsky

USSR State Prize
Scientific career
FieldsPhysics
Signature
Sign of Anatoly Koroteev.png

Anatoliy Sazonovich Koroteyev (Russian: Анато́лий Сазо́нович Короте́ев; born July 22, 1936) is a Soviet and Russia n theoretical physicist and academic who contributed to the field of rocket engine physics.

Biography

Koroteyev was born in Baranovo, Moscow Oblast. In 1959, he graduated from S. Ordzhonikidze Moscow Aviation Institute.

Anatoliy Koroteev is an expert in propulsion and power systems of space-rocket complexes, generation and application of low-temperature plasma, and obtaining powerful energy flow.

With his direct participation and leadership made major research and development:

  • Obtained fundamental results, will create the world's first high-power plasma torches;
  • Proposed and implemented a unique system of high-power electron and neutral beams in the atmosphere and gases high blood pressure, which was the basis for the development of innovative systems for defense and economic purposes, the complex of space experiments on the interaction of artificial plasma formations with the ionosphere;
  • A complex of research on the development of nuclear power plants and ensure their high ground tests;
  • Work began on a new generation of high-power electric propulsion and high specific impulse with a new way to control the thrust vector.

He is[when?]

In 2012, Koroteyev announced that a nuclear reactor for space would be developed at the Keldysh Research Centre and tested at Sosnovy Bor.[1]

Koroteyev has created more than 220 inventions and concepts in the fields of rocket engines and power in space.[1]

Nuclear propulsion advocacy

Koroteyev is a proponent of nuclear propulsion. He believes that nuclear propulsion can provide the energy needed for a Mars mission.[2]

References

External links