Пособие по английскому языку
..pdfking unit secures the station’s survival in case the first docking assembly fails.
The Progress cargo spacecraft is designed for the trans portation of research and maintenance instrumentation in to the orbit, the total payload being 2,300 kg.
The fuel brought by the Progress spacecraft for the sta tion thruster is necessary to keep the station in its orbit and for the orientation maneuvers of the station.
New pressurized spacesuits and other items for cosmo nauts’ egress into space have been designed, thoroughly tes ted in laboratory conditions and manufactured for Salyut-6 crews.
New devices—a shower for ionizing the air in living com partments, a colour TV camera for transmissions to earth, and a videotaperecorder — have been installed on board the Salyut-6 station. All in all more than fifty items of instru mentation are now available in the station, the equipment
weighs over |
1.5 tons. The largest |
research instrument |
of |
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the |
station |
is the |
telescope (BST — lm), |
its weight |
is |
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650 |
kgm, the main |
mirror diameter |
is 1.5 |
m. |
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One more novelty is a reusable fuel tank never employed in space technology before. Numerous technological problems emerged as a result of the improvements. One of them was the requirement for material to manufacture the reusable fuel tank. Another one still more complex problem was automatic hydroconnectors of the station/cargo spaceship fuel system concerned. These and some more problems have been successfully solved.
The Salyut-6 orbiting the Earth conditions further sys tematic employment of the orbital stations in the interests of science and people’s economy. By November 27, 1979, the station has been in orbit for 26 months. Onboard equip ment is functioning normally.
RECENT EVENTS
SPACEMEN TO RETURN ON FRIDAY
Russian Alexei Gubarev and Czech Vladimir Remek, the two cosmonauts who linked up with orbital station Salyut-6, last Friday, will come back to earth next Friday.
Announcing this at a press conference here at the weekend, flight director Alexei Yeliseyev said also that their collea
gues on board the orbital station, Yuri Romanenko and Georgy Grechko would return soon after.
On Saturday morning Grechko and Romanenko passed the record for staying in space. Launched on December 10, they passed the mark of 84 days held by US astronauts.
The head of the cosmonauts’ training programme, Vla dimir Shatalov, said that the training of international crews had begun in December, 1976, when pilots from the GDR, Poland and Czechoslovakia went to the Baikonur Cosmod rome.
He said that it was hoped that later this year pilots from the GDR and Poland would make space flights. He also added that before 1983, all the countries in the «Intercosmos» programme would have had one of their pilots in space.
INTERNATIONAL CREW IN SPACE
The Soyuz-33 spaceship has been launched in the Soviet Union. It is piloted by an international crew of flight com mander Nikolai Rukavishnikov, Pilot-Cosmonaut of the USSR, Twice Hero of the Soviet Union, and Georgy Ivanov, Cosmonaut-Researcher from the People’s Republic of Bul garia, on board.
The Soyuz-33 flight programme involves docking with the Salyut-6-Soyuz-32 orbital complex, and joint experi ments and researh with cosmonauts V. Lyakhov and V. Ryumin who have been working in near-Earth orbit since February 25, 1979.
The main crew has done the necessary repairs and res toration while aboard the Salyut-6, and the automatic Prog ress-5 cargo ship brought the station life-sustaining mate rials for the cosmonauts, fuel, equipment and additional scientific instruments including the equipment needed for the joint Soviet-Bulgarian research and experimental programme.
The flight of the Soyuz-33 ship continues the socialist countries’ work in space research for peaceful purposes under the Intercosmos cooperation programme.
SOYtJZ-34 DOCKS
WITH THE ORBITAL COMPLEX
The unmanned Soyuz-34 spaceship has been docked with the Salyut-5 — Soyuz-32 orbital manned complex. The Prog- ress-6 cargo ship was separated from the orbital complex and, after breaking, went into a descent trajectory and en tered the dense layers of the atmosphere over a preset area in the Pacific where it disintegrated.
Soyuz-34, which is docked to the docking unit located on the station’s instrument compartment, has delivered supplies for the further research to be done by the crew, ad ditional equipment, mai] and food products.
Cosmonauts Vladimir Lyakhov and Valery Ryumin have started biological experiments with materials deli vered to the station by the Soyuz-34 spaceship.
P. S The latest news for 1979 was a record endurance spaceflight of this crew — 175 days in the Eatrth’s orbit, successful recovery and quicker than ever readaptation after the spaceflight.
P. P. S. In 1980 V. Ryumin-L. Popov crew stayed on board the Salyut for 185 days!
LAUNCHING IS POSTPONED
The launching of the Shuttle spaceship has again been postponed. According to NASA’s report, as a result of un finished work at the previous stages of assembling the spa ceship, preparations for the launching are going on more slowly than previously planned, and the launching of the Shuttle fixed for November this year has now been postpo ned to the beginning of 1980.
P. S. The event did not occur in 1980.
NEW GENERATION OF SPACESHIPS
On June 9, 1980, the^ four-day space flight by Yuri Malyshev and Vladimir Aksyonov in the Soyuz T-2 spa ceship ended successfully.
The Soyuz T-2 transport ship has been developed on the basis of the Soyuz ship which has ensured the operation of the Salyut orbital stations for the past several years. Ne arly all the onboard systems including the attitude con
trol, movement control, radio communications and lifesupport systems, have been improved on the Soyuz T-2. The ship has a new joint power plant which feeds both the main engine and the low thrust engines with fuel from the same tanks. The cosmonauts used better space suits which are light and comfortable to work in.
The space cargo carriers have to perform several mano euvres in space in order to get to the orbital station for docking. To do these operations the ship has a computer system which can determine the mutual attitude of the ship and the station, give a display read-out of the data to the crew, and elaborate the necessary control commands. All the new technology on the Soyuz T-2 is designed to make the work easier for the cosmonauts on transport ope rations servicing the Saluyt station.
THINGS TO COME
Orbital stations and satellites do a very good job for huma nity, both science and technology, and economy benefit from their operation. Nobody can doubt about it today. And yet, isn’t the price too high for mankind to pay for «space services», the atmosphere polluted with the thou
sand-ton-launchers exhausts and |
near-earth |
space — with |
the discarded burnt out stages, |
and other |
trash? Culdn’ t |
scientists and engineers find anything better than rockets for launching spacecraft, to keep the environment clean and make the launching cheeper?
Undoubtedly, traditional launching facilities (they are often called carrier-rockets) pollute the atmosphere and nearearth space. More than that, they fail to do many things. For instance, they are bound to insert the objects into orbits just over the starting point only, the time periods for laun ching being not very many.
To break the gravitational pull and to struggle through the earth’s atmosphere the rocket consumes much fuel and as a result all characteristics of launching system worsen. For all space powers the situation gives impetus to scientific search for new concepts and principles of the launching sys tem operation.
One of the concepts is that of a «space lift». An Ameri can specialist J. Pirson spoke in favour of the concept in his article recently published in the «А1АА Studient Journal».
He claims the «anchored satellite» (a sort of lift 36,000 km high) to he the only alternative to the carrier-rocket today.
The «space lift» concept was discussed in the sixties both in this country and abroad. The idea is good, but it can hard ly be implemented. To build a 36,000 km cable (or «tube») will require a few billions tons of metal. Some more prob lems arise with the project. Nevertheless there are no grounds
for pessimism |
with respect to the project implementation |
in the future. |
One thing is quite clear — the problem is far |
too difficult to solve it. As for other concepts of launching spacecraft, they do exist.
The most urgent problems of today—the problems of new energy sources and ecological and demographical prob lems—are to be treated on a global scale. Cosmonautics ser ving the interests of all the nations is designed to play an essential role.
CONTENTS
ОТ АВТОРА |
3 |
PART ONE
М ЕТОДИЧЕСКАЯ ЗАПИСКА |
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5 |
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I WHY W E EXPLO R E SPACE |
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9 |
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II M ANNED AND UNM ANNED MISSIONS |
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15 |
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III SPACE RESEARCH FACILITIES |
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20 |
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IV SOVIET SPACE PROGRAMME |
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27 |
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V THE AD VANTAGES OF UNM ANNED CRAFT |
34 |
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VI PROLONGED MANNED FLIGHTS |
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41 |
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V II MANNED EXPE R IM E N TA L SPACE STATION |
47 |
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V III A U NIVERSAL SPACECRAFT |
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55 |
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IX SOYUZ FLIGHTS |
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62 |
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X ASTRONAUT SELECTING AND TR A IN IN G |
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70 |
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X I LAUNCHERS |
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82 |
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X II |
ASTP |
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89 |
X III |
COSPAR |
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98 |
X IV INTERCOSMOS |
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108 |
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X V |
SPACE TRANSPORTATION SYSTEM |
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119 |
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LET US SPEAK ON SPACE RESEARCH |
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128 |
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SPACE TERMS |
. ♦ |
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131 |
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ACTIVE VOCABULARY |
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139 |
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A BB R E V IA TIO N S |
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141 |
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PART TWO |
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МЕТОДИЧЕСКАЯ ЗАПИСКА |
, |
. . |
143 |
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CONDUCT OF MEETINGS (ELEM EN TAR Y SCHEME) |
145 |
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VOCABULARY |
, |
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147 |
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THE PROBLEMS TO BE DISCUSSED |
AT THE «W ORKSHOP* |
147 |
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IAF |
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148 |
D A Y |
OF AVIATION |
AND ASTRONAUTICS |
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151 |
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FOLLOW ING THE USSR |
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153 |
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ROCKET-PROPELLED VEHICLES |
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154 |
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LAUNCH COMPLEX |
39(1975) |
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159 |
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MISSION CONTROL CENTER |
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161 |
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COM PATIBILITY PROBLEMS |
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164 |
TRA CK IN G AND |
COMMUNICATIONS (1975) |
167 |
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CR EW EQUIPM ENT |
(1975). |
170 |
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FOOD AND W A TE R SUPPLY SYSTEMS (SOYUZ). |
172 |
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BIOMEDICAL R EQUIREM ENTS |
174 |
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ASTP EXPER IM EN TS |
176 |
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GREETINGS TO THE SOYUZ AND APOLLO CREW S |
179 |
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SOYUZ — APOLLO |
E XP E R IM E N T: A BR ID G E TO THE FUTURE |
180 |
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COOPERATION |
IN |
SPACE |
184 |
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PLANET |
T R E K : M JS’ 77 |
185 |
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SECOND |
GENERATION STATION |
190 |
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RECENT EVEN T |
S . |
191 |
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TH IN G S TO COME |
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194 |
Инесса Анатольевна Трущенко
ПОСОБИЕ ПО АНГЛИЙСКОМУ
ЯЗЫКУ
Для специалистов в области
космических исследований
Утверждено к печати Кафедрой иностранных языков АН СССР
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В ИЗДАТЕЛЬСТВЕ «НАУКА»
ГОТОВЯТСЯ К ВЫПУСКУ В СВЕТ
СЛЕДУЮЩИЕ КНИГИ:
НАВИГАЦИОННОЕ ОБЕСПЕЧЕНИЕ ПОЛЕТА ОРБИТАЛЬНОГО КОМПЛЕКСА
«САЛЮТ 6» — «СОЮЗ» — «ПРОГРЕСС»
В книге, написанной ведущими специалистами службы навигационного обеспечения пилотируемых космических полетов, представлены материалы обес печения полетов орбитального комплекса за период примерно в 2 года (1977—1979). Представлены конкрет ные материалы об орбитах и маневрах станции и ко раблей на различных этапах полета.
Для специалистов, работающих в области управле ния космическими полетами, а также научных работ ников, занимающихся обработкой астро- и геофизиче ских наблюдений.У
УИСТОКОВ СОВЕТСКОЙ КОСМОНАВТИКИ
Всборник вошли доклады, прочитанные на трех научных сессиях (1977—1979), посвященных памяти академика С. П. Королева. Показаны различные ас пекты творческой деятельности С. П. Королева, анали зируются методы его работы. Авторы сборника — вид ные советские учепые, ветераны отечественного ракето строения, летчики-космонавты СССР, историки авиации
икосмонавтики.
Для специалистов, пптересующихся проблемами космических исследований.
Книги можно предварительно заказать в Магазинах Центральной конторы «Академкнига», в местных магазинах книготоргов или по требительской кооперации без ограничений.
Для получения книг почтой заказы просим направлять по адресу: 117192 Москва В-192, Мичуринский проспект, 12, магазин «Книга — почтой» Центральной конторы «Академкнига»; 197110 Ленинград П-110, Петрозаводская ул., 7, магазин «Книга — почтой» СевероЗападной конторы «Академкнига» или в ближайший магазин «Ака демкнига» , имеющий отдел «Книга — почтой ».
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13; 320005 Днепропетровск, про
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335009 Ереван, ул. Туманяна,
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Киев, ул. Ленина, 42; |
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Пирогова, 4 |
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277001 Кишинев, |
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343900 Краматорск |
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660049 Красноярск, |
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тейный проспект, 57; 199164 Ленинград, Таможенный
пер., 2; 196034 Ленинград, В/О, 9 ли
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103009 Москва, |
ул. |
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Вавилова, |
117312 Москва, |
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630076 Новосибирск, |
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почтой »); |
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почтой »); |
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Р. Зорге, 10 |
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450059 Уфа, ул. |
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