时间:2019-01-12 作者:英语课 分类:2012年VOA慢速英语(八)月


英语课

 


PEOPLE IN AMERICA - Thomas Edison, 1847-1931: America's Great Inventor



ANNOUNCER:


Welcome to the VOA Special English program, People in America. Today, Sarah Long and Bob Doughty 1 tell about the inventor Thomas Alva Edison. He had a major effect on the lives of people around the world. Thomas Edison is remembered most for the electric light, his phonograph and his work with motion pictures.


(MUSIC)


VOICE ONE:


Thomas Edison's major inventions were designed and built in the last years of the eighteen hundreds. However, most of them had their greatest effect in the twentieth century. His inventions made possible the progress of technology.


It is extremely difficult to find anyone living today who has not been affected 2 in some way by Thomas Edison. Most people on Earth have seen some kind of motion picture or heard some kind of sound recording 3. And almost everyone has at least seen an electric light. 


These are only three of the many devices Thomas Edison invented or helped to improve. People living in this century have had easier and more enjoyable lives because of his inventions.


VOICE TWO:


Thomas Alva Edison was born on February eleventh, eighteen forty-seven in the small town of Milan, Ohio. He was the youngest of seven children. 


Thomas Edison was self-taught. He went to school for only three months. His teacher thought he could not learn because he had a mental problem. But young Tom Edison could learn. He learned from books and he experimented. 


At the age of ten, he built his own chemical laboratory. He experimented with chemicals and electricity. He built a telegraph machine and quickly learned to send and receive telegraph messages. At the time, sending electric signals over wires was the fastest method of sending information long distances. At the age of sixteen, he went to work as a telegraph operator. 


He later worked in many different places. He continued to experiment with electricity. When he was twenty-one, he sent the United States government the documents needed to request the legal protection for his first invention. The government gave him his first patent on an electric device he called an Electrographic Vote Recorder. It used electricity to count votes in an election.


VOICE ONE:


In the summer months of eighteen sixty-nine, the Western Union Telegraph Company asked Thomas Edison to improve a device that was used to send financial information. It was called a stock printer. Mister Edison very quickly made great improvements in the device. The company paid him forty thousand dollars for his effort. That was a lot of money for the time. 


This large amount of money permitted Mister Edison to start his own company. He announced that the company would improve existing telegraph devices and work on new inventions. 


Mister Edison told friends that his new company would invent a minor 4 device every ten days and produce what he called a "big trick" about every six months. He also proposed that his company would make inventions to order. He said that if someone needed a device to do some kind of work, just ask and it would be invented.


VOICE TWO:


Within a few weeks Thomas Edison and his employees were working on more than forty different projects. They were either new inventions or would lead to improvements in other devices. Very quickly he was asking the United States government for patents to protect more than one hundred devices or inventions each year. He was an extremely busy man. But then Thomas Edison was always very busy. 


He almost never slept more than four or five hours a night. He usually worked eighteen hours each day because he enjoyed what he was doing. He believed no one really needed much sleep. He once said that anyone could learn to go without sleep. 


(MUSIC)


VOICE ONE:


Thomas Edison did not enjoy taking to reporters. He thought it was a waste of time. However, he did talk to a reporter in nineteen seventeen. He was seventy years old at the time and still working on new devices and inventions.


The reporter asked Mister Edison which of his many inventions he enjoyed the most. He answered quickly, the phonograph. He said the phonograph was really the most interesting. He also said it took longer to develop a machine to reproduce 5 sound than any other of his inventions. 


Thomas Edison told the reporter that he had listened to many thousands of recordings 6. He especially liked music by Brahms, Verdi and Beethoven. He also liked popular music. 


Many of the recordings that Thomas Edison listened to in nineteen seventeen can still be enjoyed today. His invention makes it possible for people around the world to enjoy the same recorded sound. 


VOICE TWO:


The reporter also asked Thomas Edison what was the hardest invention to develop. He answered quickly again -- the electric light. He said that it was the most difficult and the most important. 


Before the electric light was invented, light was provided in most homes and buildings by oil or natural gas. Both caused many fires each year. Neither one produced much light.


Mister Edison had seen a huge and powerful electric light. He believed that a smaller electric light would be extremely useful.He and his employees began work on the electric light.


VOICE ONE:


An electric light passes electricity through material called a filament 7 or wire. The electricity makes the filament burn and produce light. Thomas Edison and his employees worked for many months to find the right material to act as the filament. 


Time after time a new filament would produce light for a few moments and then burn up. At last Mister Edison found that a carbon fiber 8 produced light and lasted a long time without burning up. The electric light worked.


At first, people thought the electric light was extremely interesting but had no value. Homes and businesses did not have electricity. There was no need for it.


Mister Edison started a company that provided electricity for electric lights for a small price each month. The small company grew slowly at first. Then it expanded rapidly. His company was the beginning of the electric power industry.


VOICE TWO:


Thomas Edison also was responsible for the very beginnings of the movie industry. While he did not invent the idea of the motion picture, he greatly improved the process. He also invented the modern motion picture film.


When motion pictures first were shown in the late eighteen hundreds, people came to see movies of almost anything -- a ship, people walking on the street, new automobiles 9. But in time, these moving pictures were no longer interesting. 


In nineteen-oh-three, an employee of Thomas Edison's motion picture company produced a movie with a story. It was called "The Great Train Robbery." It told a simple story of a group of western criminals who steal money from a train. Later they are killed by a group of police in a gun fight. The movie was extremely popular. "The Great Train Robbery" started the huge motion picture industry. 


(MUSIC)


VOICE ONE:


Thomas Alva Edison is remembered most for the electric light, his phonograph and his work with motion pictures. However, he also invented several devices that greatly improved the telephone. He improved several kinds of machines called generators 10 that produced electricity. He improved batteries that hold electricity. He worked on many different kinds of electric motors including those for electric trains. 


Mister Edison also is remembered for making changes in the invention process. He moved from the Nineteenth Century method of an individual doing the inventing to the Twentieth Century method using a team of researchers. 


VOICE TWO: 


In nineteen thirteen, a popular magazine at the time called Thomas Edison the most useful man in America. In nineteen twenty-eight, he received a special medal of honor from the Congress of the United States.


Thomas Edison died on January sixth, nineteen thirty-one. In the months before his death he was still working very hard. He had asked the government for legal protection for his last invention. It was patent number one thousand ninety-three.


(MUSIC)


ANNOUNCER: 


This Special English program was written and produced by Paul Thompson. The announcers were Sarah Long and Bob Doughty.


I'm Mary Tillotson. Join us again next week for another PEOPLE IN AMERICA program on the Voice of America. 




adj.勇猛的,坚强的
  • Most of successful men have the characteristics of contumacy and doughty.绝大多数成功人士都有共同的特质:脾气倔强,性格刚强。
  • The doughty old man battled his illness with fierce determination.坚强的老人用巨大毅力与疾病作斗争。
adj.不自然的,假装的
  • She showed an affected interest in our subject.她假装对我们的课题感到兴趣。
  • His manners are affected.他的态度不自然。
n.录音,记录
  • How long will the recording of the song take?录下这首歌得花多少时间?
  • I want to play you a recording of the rehearsal.我想给你放一下彩排的录像。
adj.较小(少)的,较次要的;n.辅修学科;vi.辅修
  • The young actor was given a minor part in the new play.年轻的男演员在这出新戏里被分派担任一个小角色。
  • I gave him a minor share of my wealth.我把小部分财产给了他。
v.生育,繁殖,复制,重做
  • The machine can reproduce a key in two minutes.这机器能在两分钟内复制一把钥匙。
  • The picture will reproduce well.这照片会印得很清楚。
n.记录( recording的名词复数 );录音;录像;唱片
  • a boxed set of original recordings 一套盒装原声录音带
  • old jazz recordings reissued on CD 以激光唱片重新发行的老爵士乐
n.细丝;长丝;灯丝
  • The source of electrons in an electron microscope is a heated filament.电子显微镜中的电子源,是一加热的灯丝。
  • The lack of air in the bulb prevents the filament from burning up.灯泡内缺乏空气就使灯丝不致烧掉。
n.纤维,纤维质
  • The basic structural unit of yarn is the fiber.纤维是纱的基本结构单元。
  • The material must be free of fiber clumps.这种材料必须无纤维块。
n.汽车( automobile的名词复数 )
  • When automobiles become popular,the use of the horse and buggy passed away. 汽车普及后,就不再使用马和马车了。 来自《简明英汉词典》
  • Automobiles speed in an endless stream along the boulevard. 宽阔的林荫道上,汽车川流不息。 来自《现代汉英综合大词典》
n.发电机,发生器( generator的名词复数 );电力公司
  • The factory's emergency generators were used during the power cut. 工厂应急发电机在停电期间用上了。
  • Power can be fed from wind generators into the electricity grid system. 电力可以从风力发电机流入输电网。 来自《简明英汉词典》
学英语单词
a day to remember
Adelserpin
adoree
air compression refrigerating machine
ambulance man
and them
Andy Maguire
artificial refractory insulating oil
ascidiform
avenue of infection
bahia solano
barberite
Bashkirians
be flat
be low in
bike rack
brake bead
branch structure
catchoo
chain-drivens
chute boat
clock qualifier
commodity original
corneo-conjunctival
counting measure
crayon drawing
cuspidal quartic
depaving
discontinuous easement
dual-sided
ekistics
end-september
episiorrhagia
fainest
fale itemization of accounts
flag officer
forced crossing
fountainlets
generator neutral
ghetto-blaster
Gloucester County
go snap
gone into production
got through
grunow
handfastening
HFR
homolographic projection
hypogamaglobinemia
indirect discourses
inlet nominal size
inscide
ivermectins
Ixiolirion
khamisa
l clearance
legal regulations
light-darks
load shedding according to frequency
loss of soil nutrient
loyalize
made the best of way
metal zipper
meuraminidase
moving image
neottious
NESC
Newlands, John Alexander
nitrided structure
non-notable
one-line
over-voltage protection
oxepin
petrol-pressure gauge
Pitman efficiency
presuffixal
Prisoner of War Medal
profile cavitation
pulse-type triode
redeemless
reendowing
relos
Riscle
rotating crane
sarlath ra. (sarlat ghar)
short-range order parameter
smirked
spell-binding
statistical cost analysis
stick feeder
stratificational
survey notes
This window is just as wide as that one
titanomagnetite
transferred-electron diode
Triodanis
turnover of net worth
uniformly discrete
universal wide flange H-beam
unpickled spot
video sequence
weak butter