时间:2019-01-12 作者:英语课 分类:2013年VOA慢速英语(五)月


英语课

 


How the 'Mercury 13' Led the Way for Women in the US Space Program



I’m Steve Ember.


And I’m Barbara Klein with EXPLORATIONS in VOA Special English. Today we tell about a program in the nineteen sixties to train women as astronauts. Today they are known as the Mercury 13. They never reached their goal of spaceflight. But they led the way for other American women to travel into space.


In nineteen fifty-nine the United States was involved in a space race with the former Soviet 1 Union. The Soviets 2 had surprised the world by launching the first satellite. Sputnik One was launched into orbit on October fourth, nineteen fifty-seven. Suddenly, the United States appeared to be behind in an important area of technology.


As a result, President Dwight Eisenhower formed the National Aeronautics 3 and Space Administration in nineteen fifty-eight.


By April seventh, nineteen fifty-nine NASA introduced the first American astronauts. They were Scott Carpenter, Gordon Cooper, John Glenn, Virgil Grissom, Walter Shirra, Alan Shepard and Donald Slayton. They were known as the Mercury Seven.


In the fall of that year, William Randolph Lovelace was attending a meeting of the Air Force Association in Miami, Florida. Doctor Lovelace was deeply involved in the effort to put Americans into space. He served on NASA's Special Committee on Life Sciences. Astronaut candidates had been put through tests at his medical center in Albuquerque, New Mexico.


Doctor Lovelace and Air Force Brigadier General Donald Flickinger wondered if women could be trained as astronauts. General Flickinger had designed the space flight tests for the astronaut candidates. He also knew that the Russians had plans to launch a woman into space.


The two men met with Jerrie Cobb, a twenty-eight year-old pilot. They thought Miz Cobb would make a good female astronaut candidate. They invited her to Doctor Lovelace's medical research center in Albuquerque for tests.


Jerrie Cobb went to Doctor Lovelace's medical center in February of nineteen sixty. She spent one week receiving the same series of tests that the Mercury Seven astronauts faced.


The tests included a general physical examination and X-rays. Some tests involved electric shock. Other tests pushed the body to its physical limits. Yet another test required freezing the inner ear with ice water to test for the condition of vertigo 5. The doctors also measured brain waves. They performed a total of seventy-five tests on Jerrie Cobb.


Jerrie Cobb had one unusual test on a machine called the Multi-Axis Space Test Inertia 6 Facility, or MASTIF. The MASTIF was in NASA's Lewis Research Center in Cleveland, Ohio. This special machine could move a person in three different directions almost at the same time. It was designed to test a pilot's ability to control a spacecraft under severe conditions. Jerrie Cobb passed the test.


During her tests, Jerrie Cobb knew that if she failed the first level of astronaut training no other women would be tested. By August, the results of the tests were complete. Doctor Lovelace was fully 7 satisfied that Jerrie Cobb had scored similarly to the Mercury Seven astronauts. He even noted 8 that Miz Cobb required less oxygen than the average male astronaut. Jerrie Cobb's success meant that more female candidates were needed for more tests.


Jerrie Cobb helped Doctor Lovelace and General Flickinger chose female astronaut candidates. She searched among members of the international woman's aviation group, the Ninety-Nines, based in Oklahoma City, Oklahoma.


Miz Cobb worked hard to develop a list of good candidates by August, nineteen sixty-one. Twenty-five other women pilots were chosen and tested at Doctor Lovelace's research center. Candidates had to have flown an airplane for more than one thousand hours. Generally, they were required to be in their early thirties. And they had to be in good physical health.


Not all the women invited to Albuquerque passed Doctor Lovelace's tests. After the first level of testing only thirteen remained, including Jerrie Cobb. The youngest among them was twenty-one-year-old Wally Funk who was also a competitive skier 9. Forty-year-old Jane Hart was the oldest. She was married to Senator Philip Hart of Michigan. She also flew helicopters.


Other members of the group were Myrtle Cagle, twin sisters Jan and Marion Dietrich, Jean Hixson and Gene 4 Nora Stumbough Jessen. Also included were Irene Leverton, Bernice Steadman, Sara Gorelick Ratley, Jerri Sloan Truhill and Rhea Hurrle Woltman.


These women would be known as the Mercury 13. They had passed the first level of tests that the Mercury Seven astronauts faced. They now wanted to progress to the next level.


Not all the Mercury 13 women took the next level of testing. For the Mercury Seven male astronauts, psychological and space flight testing took place at Wright-Patterson Air Force Base in Dayton, Ohio. However, NASA would not permit testing to be done on the women at that base.


Only Jerrie Cobb, Wally Funk and Rhea Woltman would receive special psychiatric testing for space fitness in Oklahoma City.


At the same time, Doctor Lovelace began plans for flight training the candidates. The United States Naval 10 School of Aviation Medicine agreed to test Jerrie Cobb for ten days in Pensacola, Florida.


Jerrie Cobb passed a series of tests meant for Navy pilots and astronauts. She would be the only one of the Mercury 13 to successfully complete all the tests that Mercury Seven astronauts took. She would also be the only one who had the chance to do so.


Doctor Lovelace had made plans to test the other women in the group at Pensacola. After a delay, September eighteenth was chosen as the day for flight-testing to begin. But it never took place. The women received telegram messages saying the tests had been cancelled four days before they were to begin.


The Navy wanted NASA to approve the training. NASA resisted the idea. Jerrie Cobb and Jane Hart immediately tried to get the testing restarted. Their efforts led to a committee hearing in Congress. But the women found little support.


Astronaut John Glenn spoke 11 to the committee. He said: "The fact that women are not in this field is a fact of our social order." Glenn later said that he would not oppose a female astronaut program. But he saw no requirement for one.


After two days of hearings, members of Congress had heard enough. They would do nothing to change NASA's decision not to train women for spaceflight.


But the answer about women in space came less than one year after those congressional hearings. On June sixteenth, nineteen sixty-three, Russian cosmonaut Valentina Tereshkova became the first woman in space. She orbited the Earth forty-eight times and spent almost three days in space.


The Mercury 13 women were never officially part of the NASA space program. But their willingness to undergo testing to be astronauts and their performance in those tests showed that women could go into space.


It was not until nineteen eighty-three that Sally Ride became the first American woman in space. Sixteen years later, Eileen Collins became the first woman to command a space shuttle mission. She invited the surviving members of the Mercury 13 to attend the launch. Seven women were able to attend.


On May twelfth, two thousand seven, the University of Wisconsin-Oshkosh also honored these women. The university gave honorary doctor of science degrees to the eight surviving members of the Mercury 13. The university said it was honoring the spirit and efforts of this special group of women. 




adj.苏联的,苏维埃的;n.苏维埃
  • Zhukov was a marshal of the former Soviet Union.朱可夫是前苏联的一位元帅。
  • Germany began to attack the Soviet Union in 1941.德国在1941年开始进攻苏联。
苏维埃(Soviet的复数形式)
  • A public challenge could provoke the Soviets to dig in. 公开挑战会促使苏联人一意孤行。
  • The Soviets proposed the withdrawal of American ballistic-missile submarines from forward bases. 苏联人建议把美国的弹道导弹潜艇从前沿基地撤走。
n.航空术,航空学
  • National Aeronautics and Space undertakings have made great progress.国家的航空航天事业有了很大的发展。
  • He devoted every spare moment to aeronautics.他把他所有多余的时间用在航空学上。
n.遗传因子,基因
  • A single gene may have many effects.单一基因可能具有很多种效应。
  • The targeting of gene therapy has been paid close attention.其中基因治疗的靶向性是值得密切关注的问题之一。
n.眩晕
  • He had a dreadful attack of vertigo.他忽然头晕得厉害。
  • If you have vertigo it seems as if the whole room is spinning round you.如果你头晕,就会觉得整个房间都旋转起来
adj.惰性,惯性,懒惰,迟钝
  • We had a feeling of inertia in the afternoon.下午我们感觉很懒。
  • Inertia carried the plane onto the ground.飞机靠惯性着陆。
adv.完全地,全部地,彻底地;充分地
  • The doctor asked me to breathe in,then to breathe out fully.医生让我先吸气,然后全部呼出。
  • They soon became fully integrated into the local community.他们很快就完全融入了当地人的圈子。
adj.著名的,知名的
  • The local hotel is noted for its good table.当地的那家酒店以餐食精美而著称。
  • Jim is noted for arriving late for work.吉姆上班迟到出了名。
n.滑雪运动员
  • She is a skier who is unafraid of danger.她是一名敢于冒险的滑雪者。
  • The skier skimmed across the snow.滑雪者飞快地滑过雪地。
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。
n.(车轮的)辐条;轮辐;破坏某人的计划;阻挠某人的行动 v.讲,谈(speak的过去式);说;演说;从某种观点来说
  • They sourced the spoke nuts from our company.他们的轮辐螺帽是从我们公司获得的。
  • The spokes of a wheel are the bars that connect the outer ring to the centre.辐条是轮子上连接外圈与中心的条棒。
学英语单词
98
acidity
aerosol food
afghanistani
alloy irons
antibiolumphin
ashpan blower valve
automatic assembly
avi cable
bakeout degassing clamp
birchleaf pear
body-curved disease
bodywood
bottom relief map
Bozeman's position
bridge cloth
bullock blocks
bushing electric
call accepted signal
chondriomere
Cirbanal
close set
color constants
comebackers
commodity wastage
correptions
courier bag
Cunaxa
departmentation by process or equipment
electronic fire-control equipment
element name
encoded fields
end of astronomical evening twilight
engine pod
ensampling
epss network
featurism
ferret distemper virus
fiber-map
full electronic switching
gallucci
general-purpose diagnostic program
geographical north
geospatial engineering
glowfly
haberse
hardware stage
hexagonal mirror
hot penetration construction
Hudsonian godwit
Immobilon
interstitial distance (mather 1936)
investigation on audience
Krasnaya Polyana
layer-wound solenoid
leather loader
limestone neutralization treatment
maximal tubular excretory capacity
melanedema
natural rate of unemployment
nerr
non-coplanar transfer
norvasc
nosedives
OMR (optical mark reader)
optically positive
over bridges
partner with
Pashtunwali
patung series
paving stone degeneration of retina
permanent magnet moving coil meter
pivoted bucket carrier
plantar spaces
plunged into
prince fumimaro konoyes
prodan
psychoanalytical theory
Pterocles
pyrophoric lead
raw material of woodcharcaol
roller chamfer
schwab
Scythians
sequentially-lobed radar
signal smoke
signe de peau d'orange
slugft
So it goes
sp vol
spin space
Stackelberg decision theory
swansea
tandem electrostatic generator
terry swatch
the leaflets of the trifoliolate leaves
topochemical control
variable acceptance sampling
viscosity model
Warenford
weighing-appliance
zeomorphis