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[文化博览] 【整理】2016-03-16 BBC:天才居里夫人:点亮世界的女人-18

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[文化博览] 【整理】2016-03-16 BBC:天才居里夫人:点亮世界的女人-18

本帖最后由 qingchengshan 于 2016-3-11 13:59 编辑

 

《英国广播公司:天才居里夫人:点亮世界的女人》 BBC: The Genius of Marie Curie: The Woman Who Lit Up the World 

 

 在她逝世将近80年后,居里夫人仍然是迄今最有名的女性科学家。在她的有生之年,她就已经成为了一位独特的人物:一位名人科学家,吸引着新闻摄像机和小道消息报导者。他们感到如此兴致冲冲,是因为居里夫人是第一位获得诺贝尔奖的女性并且至今唯一的一位在两个不同的科学领域都获奖的科学家。然而,虽然她的科学生涯,需要克服的种种困难,多年不懈的研究,以及她最终为发现镭元素而付出的代价已经成为了科学英雄主义的标志性故事,我们不能忘却了居里夫人的另一面:她(仅仅)作为一个人的生活。 


Over 80 years after her death, Marie Curie remains by far the best known female scientist. In her lifetime, she became that rare thing: a celebrity scientist, attracting the attention of the news cameras and tabloid gossip. They were fascinated because she was the first woman to win the Nobel Prize and is still the only person to have won two Nobels in two different sciences. But while the bare bones of her scientific life, the obstacles she had to overcome, the years of painstaking research, and the penalty she ultimately paid for her discovery of radium have become one of the iconic stories of scientific heroism, there is another side to Marie Curie: her human story.



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shihongmei2828在 整理的参考文本:
Marie continued to work at Pierrie's operators. Until one day, whilst testing a substance called pitchblende, she got a result that sent the electrometer off the scale. This was the highest reading anyone has seen. And since it was so much stronger than uranium, it must be coming from an entirely new element. The question was what was it? Since pitchblende was a mixture of different elements jumbled together, somehow she had to free her new element from the compound material.

In Marie Curie's notebook, she talks about starting with a hundred grams of the material. We are losing, losing bits all over the plate. You know, it's really a substantial amount of rock, and this is really hardcore physical labour. You've just got to pound and grind. Until you've got a nice, fine, free flowing material, and at that point, you can move really from the engineering into the chemistry. The next step is going to be drenched trying to dissolve it up. And she would have chosen nitrous acid, because what you would have know with this could dissolve up.

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[Homework]2016-03-16 BBC:天才居里夫人:点亮世界的女人-18

Mary continued to work at Pierrie's operators. Until one day, whilst testing a substance called pitchblende, she got a result that sent the electrometer off the scale. This was the highest reading anyone has seen. And since it was so much stronger than uranium, it must be coming from an entirely new element. The question was what was it? Since pitchblende was a mixture of different elements jumbled together, somehow she had to free her new element from the compound material.
-In Mary Curie's notebook, she talks about starting with a hundred grams of the material. We are losing, losing bits all over the plate. You know, it's really a substantial amount of rock, and this is really hardcore physical labour. You've just got to pound and grind. Until you've got a nice, fine, free floor material, and at that point, you can move really from the engineering into the chemistry. The next step is going to be actually trying to dissolve it up. And she would have chosen nitrous acid, because what she would not was this could dissolve up.

This post was generated by put listening repetition system,  Check the original dictation thread!
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[Homework]2016-03-16 BBC:天才居里夫人:点亮世界的女人-18

Maria contiued to work at Perie's apparatus until one day whilst testing a substance calledpitchblende(沥青铀矿), she got a result that sent the electrometer off the scale, this was the highest reading anyone had seen, and since it was so much stronger than uranium, it must be coming from an entirely new element, the question was what was it. Since pitchblende was a mixture of different elements jumbled together, somehow she had to free her new element from the compound material.
In Marie Curie's notebooks, I mean she talks about starting with 100 grams of material, we're losing bits all over the place, you know it's really a substantial amount of rock, and this is really hardcore physical labour, you just got to pound and grind until you got a nice fine free flying material, and at that point, you can move really from the engineering into the chemistry, the next step is going to be actually trying to dissolve it up, and she'd have chosen nitrous acid because what you'd have known was this could dissolve...

                                                   
This post was generated by put listening repetition system,  Check the original dictation thread!
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Marie continued to work at P’ operators. Untile one day while testing substance called pitch blende, she got the result that sent the electrocmeter off the scale. This is the highest reading anyone has seen and since it was so much stronger than uranium, it must be coming from an entriely new element. The question was what was it?
Since pitch blende was a mixture of different blende elements jumbled together, some how she had to free her new element from compound material.
In Marie Curie’s notebooks, it’s mean, she talks about studying with hundred grams material, were losing bits all over the plate, you know, really substential amount of rock, this really hardcore physical labour, you’ve just got to pound and grind, untile you got a nice, fine, free flow material at that point, you can move really from the engineering into chemistry, the next step is going to be actually trying to dissolve it up, and she would had chosen nitrous acid because what we would had known was this could dissolve up
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homework--Marie continued to work at Pier's uprators. Until one day while testing the substrate called peach blend, she got result that set the electromate off the scale. This was the highest rading anyone had seen and since it's so much stronger than urinium it must becoming from an entirely new element. The question was, what was it? Since peach blend was a mixture of different elements jubble together, somehow she had to free her new element from the compound material. In Marie Curie's noble we should ...that starting with hundreds grands of material. We are losing beats all over the plates. You know it's really substantial amounts of rock and this is really hard core physical labor you've just got pound and grind until you got a nice fine free flant material. At that point you can move really from engineering into the chemistry. The next step is going to be to actually trying dissolve it up. And she would have chosen nitro gassed because what you've had known was this could dissolve up.
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[Homework]【整理】2016-03-16 BBC:天才居里夫人:点亮世界的女人-18

Mary continued to work at Pierrie's operators. Until one day, whilst testing a substance called pitchblende, she got a result that sent the electrometer off the scale. This was the highest reading anyone has seen. And since it was so much stronger than uranium, it must be coming from an entirely new element. The question was what was it? Since pitchblende was a mixture of different elements jumbled together, somehow she had to free her new element from the compound material.                                                     -In Mary Curie's notebook, she talks about starting with a hundred grams of the material. We are losing, losing bits all over the plate. You know, it's really a substantial amount of rock, and this is really hardcore physical labour. You've just got to pound and grind. Until you've got a nice, fine, free floor material, and at that point, you can move really from the engineering into the chemistry. The next step is going to be actually trying to dissolve it up. And she would have chosen nitrous acid, because what she would not was this could dissolve up.

This post was generated by put listening repetition system,  Check [url=http://home.putclub.com/listen.php?url=http://download.putclub.com/newupdate/vaonline/Culture/People/putclub.com_Marie_Curie_Lit_Up_World_18.mp3&subject=2016-03-16  BBC:澶╂墠灞呴噷澶汉:鐐逛寒涓栫晫鐨勫コ浜
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