时间:2019-01-11 作者:英语课 分类:VOA慢速英语2007年(一)月


英语课
VOICE ONE:

I'm Phoebe Zimmermann.

VOICE TWO:

And I'm Steve Ember with the VOA Special English program People in America. Today we tell about an unusual man who had many abilities.

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VOICE ONE:


R. Buckminster Fuller

Building designer. Engineer. Inventor. Thinker. Poet. Not five people. Just one: Richard Buckminster Fuller. Bucky Fuller, as he was known, was one of the most unusual thinkers of the twentieth century. His aim in life was to make the human race a success in the universe.

Bucky Fuller spent most of his life searching for new ideas. He also searched for unusual connections between existing ideas. He described himself in these words: A complete, future-thinking design-science explorer.

Fuller believed deeply in technology. Through technology, he said, people can do anything they need to do.

VOICE TWO:

R. Buckminster Fuller died in nineteen eighty-three at the age of eighty-seven. During his long life, he discussed his idea about technology and human survival 1. He called his idea dymaxion. It came from three words. Dynamic, meaning a force. Maximum, meaning the most. And ion, which is an atom or group of atoms with an electrical charge.

Fuller explained the word dymaxion as a method of doing more with less. Everything he did was guided by this idea. He designed a dymaxion car, a dymaxion house, and a dymaxion map of the world. But he probably is known best for another invention -- the geodesic dome 2. A geodesic dome is a round building made of many straight-sided pieces.

Talking about R. Buckminster Fuller means using strange words. This is because Fuller himself invented words to describe his ideas and designs. His designs were way ahead of his time. They still are.

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VOICE ONE:

R. Buckminster Fuller was born in Milton, Massachusetts, in eighteen ninety-five. Bucky could not see clearly, because his eyes did not point straight ahead. So, his world was filled with masses of color without clear shapes.

When he was four years old, he got eyeglasses to correct the problem. Suddenly, he could see the shapes of people's faces. He could see stars in the sky and leaves on the trees. He never lost his joy at the beauty he discovered in the world.

As a child, Bucky Fuller questioned everything. He was a very independent thinker at an early age. His refusal to accept other people's ideas and rules continued as he grew older. One result was that he never completed his university studies. He was expelled 3 two times from Harvard University in Cambridge, Massachusetts. He thought his time was better spent having fun than studying.

Yet Bucky Fuller was very serious about learning. He proved this when he joined the American navy during World War One.

VOICE TWO:

In the navy, he learned all about navigation, mathematics, mechanics 4, communications and electronics 5 engineering. He loved this world of modern technology. Soon after he joined the navy, he designed new rescue equipment. It helped save the lives of some pilots during training. Fuller's good navy record won him a short-term appointment to the United States Naval 6 Academy in Annapolis, Maryland. It was there he first developed two ideas that were important for the rest of his life.

While studying warships 7, Fuller realized that they weighed much less than buildings, yet were able to do much more. He decided 8 better designs could also help humans do more, using fewer materials.

VOICE ONE:

In nineteen seventeen, Bucky Fuller married Anne Hewlett. Their daughter, Alexandra, was born about a year later. Bucky was a very emotional man, as well as an intellectual one. He loved his little daughter. She was the wonder of his world. Then Alexandra became very sick. The medicine to cure her had not been invented yet. She died at the age of four.

Bucky Fuller blamed himself, although he had done everything he could to save her. His sorrow overcame him. He began to drink too much alcohol. Yet he continued to work hard.

Fuller was head of a company that made a light-weight building material. He was not a successful businessman, however. And the company began to fail. He was dismissed by the owners. It was nineteen twenty-seven. His wife had just given birth to another baby girl. They were living in Chicago, Illinois. He had no job and no money. He felt he was a complete failure.

VOICE TWO:

Bucky Fuller walked through the streets of Chicago along lake Michigan. He stood silently on the shore. He considered killing 9 himself. Then, as he explained later, he realized he did not have the right to kill himself. He said he had felt something inside him that day. He called it the Greater Intelligence or God. It told him he belonged to the universe. So Bucky Fuller decided to live. And he would live the way he thought best. He promised to spend his remaining years in search of designs that could make human existence on Earth easier. This began his great creative period.

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VOICE ONE:


A dymaxion house

Fuller's first design was the dymaxion house. It was not built at the place it would stand. It was built in a factory, then moved. It did not cost much to build. And it did not look like a traditional house in America. Its roof hung from a huge stick in the center. Its walls were made of glass. It contained everything needed for people to live. Power came from the sun. Water was cleaned and re-used.

Fuller then designed and built the dymaxion car. It looked a little like the body of an airplane. It had three wheels instead of four. It could go as fast as one hundred eighty kilometers an hour. It carried up to twelve passengers.

Several companies were interested in building and selling Fuller's house and car. But his designs were so different, so extreme, that banks were not willing to lend money for the projects. So the dymaxion house -- which could have provided low-cost housing for everyone -- was never built. And the dymaxion car -- which could have provided safe, pollution-free transportation using little gasoline -- was never produced.

VOICE TWO:

Bucky Fuller did not give up his idea of doing more with less. He had an idea for another building design. It would provide the most strength with the least amount of material. He began looking for the perfect shape.

Fuller found it in nature. It appeared in the shapes of organic compounds and metals. The main part of his design is a four-sided pyramid. To create a building, many pyramids are connected to each other. The connecting piece has eight sides.

Together, these two shapes create a very strong, light-weight rounded structure. The structure can be covered with any kind of material. And it can stand without any supports inside. Fuller named this structure the geodesic dome. It covers more space with less material than any other building ever designed.

VOICE ONE:

After a number of experimental geodesic domes 10 were built, industry began
A geodesic dome in Montreal, Canada

to understand the value of the design. Today, there are about one hundred thousand different large and small geodesic domes in use around the world. However, no one yet has acted on one of Fuller's ideas for the geodesic dome.

There are no limits to the size of a geodesic dome. So Fuller proposed using them over cities or over areas that had severe weather. A geodesic dome that size would make it possible to have complete control over the environment inside it.

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VOICE TWO:

Most of Bucky Fuller's inventions did not earn him much money. A lot of what he did earn he spent travelling around the world. He told anyone who would listen about his ideas for human life on this planet. He called the planet Spaceship Earth. Humans, he said, are astronauts on Spaceship Earth. They are travelling one hundred thousand kilometers an hour around the sun. He said the Earth is like a large mechanical device that will survive only if people living on it know how to operate it correctly.

People must live on Earth just as astronauts live in a spaceship. They must use their supplies wisely, and re-use them. Buckminster Fuller said humans are able, through planning and wise use of natural supplies, to feed and house themselves forever.

(MUSIC)

VOICE ONE:

This VOA Special English program, People in America, was written by Marilyn Rice Christiano. It was produced by Lawan Davis. Our studio engineer was Sulaiman Tarawaley. I'm Phoebe Zimmerman.

VOICE TWO:

And I'm Steve Ember. Join us again next week for another People in America program on the Voice of America.

n.留住生命,生存,残存,幸存者
  • The doctor told my wife I had a fifty-fifty chance of survival.医生告诉我的妻子,说我活下去的可能性只有50%。
  • The old man was a survival of a past age.这位老人是上一代的遗老。
n.圆屋顶,拱顶
  • The dome was supported by white marble columns.圆顶由白色大理石柱支撑着。
  • They formed the dome with the tree's branches.他们用树枝搭成圆屋顶。
驱逐( expel的过去式和过去分词 ); 赶走; 把…除名; 排出
  • She was expelled from school at 15. 她15岁时被学校开除了。
  • After the outbreak of fighting,all foreign journalists were expelled. 战斗开始后,所有的外国记者都被驱逐出境。
n.力学,机械学;结构
  • The mechanics of fixing a car are very long.修理一部汽车的过程很长。
  • The mechanics of the machine are very old.这台机器的机件非常老。
n.电子器件,电子学,电子技术
  • About 45000 people worked in electronics in Scotland.苏格兰约有4.5万人在电子行业工作。
  • He wants to brush up his knowledge of electronics.他想温习他的电子学知识。
adj.海军的,军舰的,船的
  • He took part in a great naval battle.他参加了一次大海战。
  • The harbour is an important naval base.该港是一个重要的海军基地。
军舰,战舰( warship的名词复数 ); 舰只
  • The enemy warships were disengaged from the battle after suffering heavy casualties. 在遭受惨重伤亡后,敌舰退出了海战。
  • The government fitted out warships and sailors for them. 政府给他们配备了战舰和水手。
adj.决定了的,坚决的;明显的,明确的
  • This gave them a decided advantage over their opponents.这使他们比对手具有明显的优势。
  • There is a decided difference between British and Chinese way of greeting.英国人和中国人打招呼的方式有很明显的区别。
n.巨额利润;突然赚大钱,发大财
  • Investors are set to make a killing from the sell-off.投资者准备清仓以便大赚一笔。
  • Last week my brother made a killing on Wall Street.上个周我兄弟在华尔街赚了一大笔。
n.圆屋顶( dome的名词复数 );像圆屋顶一样的东西;圆顶体育场
  • The domes are circular or ovoid in cross-section. 穹丘的横断面为圆形或卵圆形。 来自辞典例句
  • Parks. The facilities highlighted in text include sport complexes and fabric domes. 本书重点讲的设施包括运动场所和顶棚式结构。 来自互联网
学英语单词
a ray of
alienatory
Ammoket
anthomaniac
arteria circumflexa scapulaes
auti-fouling coat
bacul-
basic training
be buried under
cereal food
channel for orders
commaund
corporate gang
crocein scarlet 3b
current-cost accounting
d-va
data aggregate type
deep sea mining vessel
Deutsch-Wagram
discipline of tribunal
donts
downhole water flow regulator
dried whole egg
dye beck
edgar rice burroughss
ERGO-Shell
ethnocinemabography
everything to
fev
final subcircuit
finger baffle
finite population correction factor
flexile
freon chiller unit
Furmanov
genus acacias
grease squirt
heavy gas
high concentration hydrochloric acid treatment
high-voltage testing transformer
homoamino acid
housing gasket
hybrid released translation
Khairabad
knocking on wood.
Lenetran
luzzu
main breadth line
make it clear
matt-finisheds
metacromia
microbooster
microcassette recorder
minimarathons
Mphoengs
musayev
my memory
Nexus One
Nihālpur
oeq
phoenix club
planned distributing
postglacial epoch
prelatize
Privas
rachigrap
reduced system of residues
rethinkable
rsjc
salsolinol
sea-captured streams
second helpings
semi-elastic subgrade
semisimple module
short moderate swell
sialons
smokehouses
solar thermal power plant
sowerbyella pallida
spinalized
Spirochaeta eberthi
stercoraceous vomiting
steroid glycoside
storage list
struggle into
subcutaneous test
subeditor
Tadjena
tegel
terminal buttons
tetragnatha praedonia
Tokary
tom collinss
tools for machine tools
total bacteria count
trace of precipitation
UIML
uninserted
unpavilioned
upgird
visual pass
warehousing charge