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FIRST STEPS TOWARD SPACE - Smithsonian Institution Libraries

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184 SMITHSONIAN ANNALS OF FLIGHT<br />

tests was carried out in our country, even many<br />

decades ago. The main result of bench and flight<br />

tests made in those years was that they confirmed<br />

the correctness of the theory and computation<br />

methods developed earlier, and showed in practice<br />

the performance capability and reliability of engines<br />

of a new type. They also allowed more precise<br />

choices to be made concerning the trend of<br />

further research and development.<br />

Concurrently with the flight tests, our country<br />

carried out theoretical and experimental investigations<br />

of the processes in ramjets, and undertook the<br />

study and development of separate ramjet elements<br />

as well as engines as integral units. All this work<br />

was begun at GIRD. Particular attention was paid<br />

to the study of the fuel-burning process and the<br />

development of the combustion chamber, the investigation<br />

of air intakes for supersonic ramjets,<br />

and the development of control methods and<br />

systems.<br />

Comparison of the results of ramjet flight tests<br />

carried out in 1939-42 and analogous tests made in<br />

1948 indicates convincingly what great successes<br />

Soviet science and engineering achieved in creating<br />

ramjets during those years.<br />

A rather valuable work on investigating and<br />

developing ramjets was performed at the Moscow<br />

Aviation Institute 1942-43.<br />

The achievements of Soviet scientists in creating<br />

theoretical and experimental principles of ramjets<br />

are exemplified in the scientific work, "The Ram­<br />

jets" by Doctor of Technical Sciences, Professor<br />

Mikhail Makarovich Bondaryuk and Doctor of<br />

Technical Sciences Sergei Mikhailovich Il'yashchenko.<br />

NOTES<br />

1. K. E. Tsiolkovskiy, "Issledovaniye mirovykh prostranstv<br />

reaktivnymi priborami" [Investigation of Outer Space by<br />

Means of Reactive Devices], Nauchnoye Obozreniye [Science<br />

Review], no. 5, May 1903. An English version of this paper<br />

appears on pp. 24-59 of Works on Rocket Technology, by<br />

K. E. Tsiolkovskiy, NASA TT F-243, November 1965, which<br />

is a translation of Trudy po raketnoi tekhnike, M. K. Tikhonravov,<br />

ed. (Moscow: Oborongiz, 1947).—Ed.<br />

2. F. A. Tsander, Problema poleta pri pomoshchi reaktivnykh<br />

apparatov: mezhplanetnyye polety [Problems of Flight<br />

by Jet Propulsion: Interplanetary Flights] (Moscow, 1932).<br />

Available in English as NASA TT F-147.—Ed.<br />

3. Rene Lorin, "Une Experience simple relative au propulseur<br />

a reaction directe," L'Aerophile, vol. 21, 15 November<br />

1913, p. 514.—Ed.<br />

4. G. Arturo Crocco, "Iperavmazione e superaviazione"<br />

[Hyperaviation and Superaviation], L'Aerotecnica, vol. 11,<br />

October 1931, pp. 1173-1220.—Ed.<br />

5. B. S. Stechkin, "Teoriya vozdushnogo reaktivnogo<br />

dvigatelya" [Theory of the Air-Breathing Jet Engine], Tekhnika<br />

Vozdushnogo Flota [Air Force Technology] no. 2, 1929.<br />

—Ed.<br />

6. In those years there was no fixed terminology. Therefore<br />

a two-stage ramjet rocket was called a "wingless torpedo<br />

with an air jet engine."<br />

7. "A Brief Report of Airborne Air Jet Engine Tests to<br />

Increase the Maximum Flight Velocity," p. 74 (in the<br />

Scientific Archives of the Natural Science and Engineering<br />

History Institute, USSR Academy of Sciences).

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