FIRST STEPS TOWARD SPACE - Smithsonian Institution Libraries
FIRST STEPS TOWARD SPACE - Smithsonian Institution Libraries
FIRST STEPS TOWARD SPACE - Smithsonian Institution Libraries
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288 SMITHSONIAN ANNALS OF FLIGHT<br />
Chemical Construction in the USSR (Osoaviakhim).<br />
It should be noted that the greater part of GIRD's<br />
funds was obtained not only through the efforts of<br />
its leaders but also because these efforts met with<br />
complete understanding on the part of M. N.<br />
Tukhachevsky.<br />
Thus, the establishment of GIRD as an organization<br />
to develop rocket technology was due to the<br />
rise of science and technology in the USSR. Several<br />
favorable factors influenced its development, but it<br />
was the members of GIRD who, by their hard work<br />
and dedication, brought about fulfillment of their<br />
historic mission as pioneers of Soviet liquid-propellant<br />
rockets.<br />
The Moscow Group for Study of Jet Propulsion<br />
(MosGIRD) was established in August 1931. The<br />
decision to organize the group was preceded by<br />
S. P. Korolyev's work in creating a rocket-propelled<br />
aircraft with the OR-2 liquid-propellant engine<br />
designed by F. A. Tsander.<br />
GIRD conducted a large-scale publicity campaign<br />
and on 13 November 1931, the Leningrad GIRD<br />
(LenGIRD) was formed. Subsequently OSOAVIA<br />
KHIM began to found GIRDs in other areas.<br />
The Moscow GIRD became the central group<br />
(CGIRD), and directed all the other GIRD's. Early<br />
in 1932, CGIRD established courses, the first in the<br />
world, on jet propulsion, which contributed to<br />
training and education of rocket engineers in the<br />
USSR.<br />
On 3 March 1932, at a meeting with Tukhachevskiy<br />
as chairman, the CGIRD leaders presented a<br />
report on jet propulsion problems. As a result a<br />
decision was adopted to establish the Rocket Research<br />
Institute, and to allocate to RNII the necessary<br />
funds. In April 1932, the decision was made to<br />
create the CGIRD Experimental Rocket Plant. S. P.<br />
Korolyev was appointed plant director, chief of<br />
CGIRD, and chairman of its technical council.<br />
The CGIRD and local GIRD's had been open to<br />
all rocket and space-flight enthusiasts. 2 However,<br />
the Experimental Rocket Plant of GIRD accepted<br />
only specialists having the necessary background<br />
and training in rocketry. At first, all were voluntary<br />
workers, but later, as individuals became involved<br />
in the work, they were accepted on the GIRD staff.<br />
The funds allocated did not limit the work of<br />
GIRD to the field of rocket aircraft, thus enabling<br />
GIRD to begin work on a number of concepts suggested<br />
partly by S. P. Korolyev and F. A. Tsander,<br />
partly by M. K. Tikhonravov, and by Yu. A.<br />
Pobedonostsev, who came to work in GIRD.<br />
By the latter half of 1932, after a great many<br />
organizational difficulties had been solved, such as<br />
the search for premises and equipment and the<br />
arrangement of supply sources for materials, the<br />
GIRD plant became a research laboratory having<br />
four design teams and manufacturing workshops<br />
to serve them. The first team was headed by F. A.<br />
Tsander, the second by M. K. Tikhonravov, the<br />
third by Yu. A. Pobedonostsev, and the fourth<br />
by S. P. Korolyev. The concepts and projects developed<br />
in GIRD carried serial numbers preceded by<br />
zero (0), when the number was a single digit. Altogether,<br />
ten design and research projects were designated<br />
for development by GIRD.<br />
It is my privilege to tell you about the work of<br />
the GIRD second team of which I was scientific<br />
leader. Our team worked on the following projects:<br />
1. Project 03, the RDA-1 engine, with pump-fed<br />
propellants, designed for a rocket aircraft.<br />
2. Project 05, A flight rocket for installation of the<br />
nitric-acid engine ORM-50 designed by the<br />
Leningrad Gas Dynamics Laboratory (GDL).<br />
3. Project 07, A flight with a liquid oxygen/kerosene<br />
engine.<br />
4. Project 09, A flight rocket using a semisolid<br />
(hybrid) fuel and liquid oxygen.<br />
During the work on Project 03, attention was<br />
concentrated on the development of the liquidoxygen-driven<br />
pump. The suggested fuel for this<br />
100-kg-thrust engine was benzine. The pump was<br />
designed to operate on oxygen vapor created by<br />
evaporation of a portion of the oxygen in the tank.<br />
The majority of the oxygen was fed into the<br />
rocket engine from the pressure generated by its<br />
own vaporization in the tank. In 1932 the working<br />
drawings of the pump had been made, but actual<br />
fabrication of the pump was delayed because it had<br />
to be constructed in facilities other than those of<br />
GIRD.<br />
Subsequently, the work was transferred to RNII,<br />
where a test stand for the pump was constructed.<br />
However, even here the manufacture of the pump<br />
could not be completed. By this time it was apparent<br />
that development of the combustion chamber<br />
would prove to be very difficult, and all efforts were<br />
concentrated on this problem. The work on the<br />
pump was temporarily stopped.<br />
The 07 Project was the first flight rocket program