Evgeny Stepanovich Gubenko ( 1911 - 1959 ) - a specialist in the development of telemetry equipment for rocket and space-rocket technology.
| Gubenko Evgeny Stepanovich | |
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 | Photo E.S. Gubenko |
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Biography
Born on October 1, 1911 in the village of Glodosy (now Novoukrainsky district , Kirovograd region , Ukraine ) [1]
- 1936 - E. S. Gubenko graduated from the Leningrad Military Electrotechnical Academy of the Red Army named after S. M. Budenny with a degree in Television.
- 1946 - 1952 - was the Head of the Laboratory, Deputy Chief Engineer NII-885 (Scientific and Production Center for Automation and Instrument Engineering named after Academician N. A. Pilyugin ), now - OJSC Russian Space Systems, Moscow . E. S. Gubenko contributed to the development of the first telemetry systems created at the institute - STK-1.
- 1952 - SKB-567 was formed under the patronage of the Ministry of Communications Industry of the USSR to create telemetry equipment, the team of which consisted of former employees of the Research Institute-885 under the leadership of M. S. Ryazansky.
Yevgeny Stepanovich Gubenko was appointed to the position of Director and Chief Designer of SKB.
SKB-567 lost the competition for the creation of new equipment for the R-1 and R-2 missiles, and another task was set for the Gubenko “company”: the creation of a new high-speed RTS-5 telemetry equipment for recording parameters such as vibrations and pressure pulsations in combustion chambers.
In the future, Yevgeny Stepanovich led the work on the creation of a new generation of telemetry equipment and radio systems for deep space and space communications .
Under his leadership, a project was developed for the first Pluto radio communications complex based on the ADU-1000 antenna, which was implemented after his death. Built in just one year, these antennas provided all deep space exploration programs until the late 1970s, until they replaced the RT-70 antenna. Based on these antennas, the first Soviet planetary decimeter wave band locator was created, the world's first radar studies of Venus , Mars and Mercury were carried out and models of their motion were refined.
He died in 1959 . He was buried in Moscow at the Novodevichy cemetery in a family burial (plot number 8, row number 1, place number 9).
Rewards
- Stalin Prize of the third degree (1950) - for the development of telemetry equipment for rocket and space rocket technology
See also
- N. A. Pilyugin
- RT-70 radio telescope
- Radio telescope ADU-1000