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(单词翻译:双击或拖选)
THE MAKING OF A NATION - August 29, 2002: Space Race
By Jeri Watson
VOICE 1:
This is Phil Murray.
VOICE 2:
And this is Rich Kleinfeldt with THE MAKING OF A NATION, a VOA Special English program about the
history of the United States.
(Theme)
Today, we tell about the race to explore outer space.
VOICE 1:
On a cold October day in nineteen-fifty-seven, the Soviet1 Union launched3 a small
satellite into orbit4 around the Earth. Radio Moscow made the announcement.
((TAPE: Radio Moscow)
)
[English translation:] "The first artificial5 Earth satellite in the
world has now been created. This first satellite was today successfully launched in the
USSR.
"
The world's first satellite was called Sputnik One. Sputnik was an important propaganda6
victory for the Soviets7 in its cold war with the United States.
Many people believed the nation that controlled the skies could win any war. And the Soviet
Union had reached outer space first.
VOICE 2:
The technology that launched Sputnik probably began in the late nineteenth century. A Russian teacher of that
time, Konstantin Tsiolkovsky, decided8 that a rocket engine could provide power for a space vehicle.
In the early nineteen-hundreds, another teacher -- American Robert Goddard -- tested the idea. He experimented
with small rockets to see how high and how far they could travel. In nineteen-twenty-three, a Romanian student
in Germany, Hermann Oberth, showed how a spaceship might be built and launched to other planets9.
VOICE 1:
Rocket technology improved during World War Two. It was used to produce bombs. Thousands of people in
Britain and Belgium died as a result of V-Two rocket attacks. The V-Two rockets were launched from Germany.
After the war, it became clear that the United States and the Soviet Union -- allies10 in wartime -- would become
enemies in peacetime. So, both countries employed German scientists to help them win the race to space.
VOICE 2:
The Soviets took the first step by creating Sputnik. This satellite was about the size of a basketball. It got its
power from a rocket. It orbited11 Earth for three months. Within weeks, the Soviets launched another satellite into
Earth orbit, Sputnik Two. It was much bigger and heavier than Sputnik one. It also carried a passenger: a dog
named Laika. Laika orbited Earth for seven days.
VOICE 1:
The United States joined the space race about three months later, it launched a satellite from Cape12 Canaveral, in
the southeastern state of Florida. This satellite was called Explorer One. It weighed about fourteen kilograms.
Explorer One went into a higher orbit than either Sputnik. And its instruments made an important discovery.
They found an area of radiation about nine -hundred-sixty kilometers above Earth.
VOICE 2:
The next major space victory belonged to the Soviets. They sent the first man into space. In April, nineteen-sixtyone,
cosmonaut Yuri Gagarin was launched in the vehicle known as Vostok. He remained in space for less than
two hours. He landed safely by parachute near a village in Russia. Less than a month later, the United States sent
its first astronaut into space. He was Alan Shepard. Shepard remained in space only about fifteen minutes. He did
not go into Earth orbit. That flight came in February, nineteen-sixty-two, with John Glenn.
VOICE 1:
By nineteen-sixty-five, the United States and the Soviet Union were experimenting to see if humans could
survive outside a spacecraft. In March, Russian cosmonaut Alexei Leonov became the first person to do so. A
special rope connected him to the spacecraft. It provided13 him with oxygen to breathe. And it permitted him to
float freely14 at the other end.
After about ten minutes, Leonov had to return to the spacecraft. He said he regretted the decision. He was having
such a good time!
A little more than two months later, an American would walk outside his spacecraft. Astronaut Edward White
had a kind of rocket gun. This gave him some control of his movements in space. Like Leonov, White was sorry
when he had to return to his spacecraft.
VOICE 2:
Later that year, nineteen-sixty-five, the United States tried to have one spacecraft get very close to another
spacecraft while in orbit. This was the first step in getting spacecraft to link, or dock15, together. Docking16 would be
necessary to land men on the moon. The plan called for a Gemini spacecraft carrying two astronauts to get close
to an unmanned satellite.
The attempt failed. The target satellite exploded as it separated from its main rocket. America's space agency17
decided to move forward. It would launch2 the next in its Gemini series. Then someone had an idea: why not
launch both Geminis. The second one could chase18 the first one, instead of a satellite. Again, things did not go as
planned.
VOICE 1:
It took two tries to launch the second Gemini. By that time, the first one had been in orbit about eleven days.
Time was running out. The astronauts on the second Gemini moved their spacecraft into higher orbits19. They got
closer and closer to the Gemini ahead of them. They needed to get within six-hundred meters to be considered
successful.
After all the problems on the ground, the events in space went smoothly20. The two spacecraft got within one-third
of a meter of each other. The astronauts had made the operation seem easy.
VOICE 2:
In January, nineteen-fifty-nine, the Soviets launched a series of unmanned Luna rockets. The third of these flights
took pictures of the far side of the moon. This was the side no one on Earth had ever seen. The United States
planned to explore the moon with its unmanned Ranger21 spacecraft.
There were a number of failures before Ranger Seven took pictures of the moon. These pictures were made from
a distance. The world did not get pictures from the surface of the moon until the Soviet Luna nine landed there in
February, nineteen-sixty-six.
VOICE 1:
For the next few years, both the United States and Soviet Union continued their exploration of the moon. Yet the
question remained: which one would be the first to put a man there. In December, nineteen-sixty-eight, the
United States launched Apollo eight with three astronauts. The flight proved that a spacecraft could orbit the
moon and return to Earth safely.
VOICE 2:
The Apollo nine spacecraft had two vehicles. One was the command module22. It could orbit the moon, but could
not land on it. The other was the Lunar module. On a flight to the moon, it would separate from the command
module and land on the moon's surface. Apollo ten astronauts unlinked the Lunar module and flew it close to the
moon's surface.
VOICE 1:
After those flights, everything was ready. On July sixteenth, nineteen -sixty-nine, three American astronauts lifted
off in Apollo eleven. On the twentieth, Neil Armstrong and Edwin Aldrin entered the Lunar module, called the
Eagle. Michael Collins remained in the command module, the Columbia.
The two vehicles separated. It was a dangerous time. The Eagle could crash. Or it could fall over after it landed.
That meant the astronauts would die on the moon.
VOICE 2:
Millions of people watched on television or listened on the radio. They waited for Armstrong's message: "The
Eagle has landed. " Then they waited again. It took the astronauts more than three hours to complete the
preparations needed to leave the Lunar module.
Finally, the door opened. Neil Armstrong climbed down first. He put one foot on the moon. Then the other foot.
And then came his words, from so far away:
((TAPE: “That's one small step for man … one giant leap for mankind.")
)
That's one small step for man. One giant leap for mankind.
VOICE 1:
Armstrong walked around. Soon, Aldrin joined him. The two men placed an American flag on the surface of the
moon. They also collected moon rocks and soil.
When it was time to leave, they returned to the Eagle and guided it safely away. They reunited with the Columbia
and headed for home. The United States had won the race to the moon.
(Theme)
VOICE 2:
This program of THE MAKING OF A NATION was written by Jeri Watson and produced by Paul Thompson.
This is Rich Kleinfeldt.
VOICE 1:
And this is Phil Murray. Join us again next week for another v-o-a Special English program about the history of
the United States.
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1 Soviet | |
adj.苏联的,苏维埃的;n.苏维埃 | |
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2 launch | |
vt.发动,推出;发射;n.发射,下水,投产 | |
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3 launched | |
v.发射( launch的过去式和过去分词 );[计算机]开始(应用程序);发动;开展(活动、计划等) | |
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4 orbit | |
n.轨道;vt.使沿轨道运行;使进入轨道运行;vi.沿轨道运行,环行 | |
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5 artificial | |
adj.人工的,人造的,人为的;做作的,假装的 | |
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6 propaganda | |
n.宣传,宣传机构 | |
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7 soviets | |
苏维埃(Soviet的复数形式) | |
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8 decided | |
adj.决定了的,坚决的;明显的,明确的 | |
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9 planets | |
行星( planet的名词复数 ); 地球(尤指环境) | |
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10 allies | |
联盟国,同盟者; 同盟国,同盟者( ally的名词复数 ); 支持者; 盟军 | |
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11 orbited | |
在…轨道上运行,环绕轨道运行( orbit的过去式和过去分词 ) | |
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12 cape | |
n.海角,岬;披肩,短披风 | |
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13 provided | |
conj.假如,若是;adj.预备好的,由...供给的 | |
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14 freely | |
adv.自由地,随便地,无拘无束地 | |
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15 dock | |
n.码头;被告席;vt.使(船)进港;扣;vi.进港 | |
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16 docking | |
n.扣工资 | |
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17 agency | |
n.经办;代理;代理处 | |
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18 chase | |
vt.追逐,追赶,追求;n.追赶 | |
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19 orbits | |
轨道( orbit的名词复数 ); 势力范围 | |
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20 smoothly | |
adv.平滑地,顺利地,流利地,流畅地 | |
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21 ranger | |
n.国家公园管理员,护林员;骑兵巡逻队员 | |
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22 module | |
n.组件,模块,模件;(航天器的)舱 | |
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