Scientists Discover Milky Way's Youngest Exploding Star(1/2)




Astronomers using nesestrandra NASA's Candra X-ray observatory and the very large a ray Array raido telescople in New Mexico have discovered the remains of a supernova known as "G1.9" point one nine, which must have lit up our galaxy with the prite bright flash of light about 140 years ago.
在新墨西哥州，天文学家利用NASA的Candra X射线观测台以及无线电大型望远镜，发现了所谓的“G1.9”超新星残骸。据推测这颗超新星用140年前的光，照亮着我们银河系。


Alanasa At a NASA news conference Wednesday, scientists said they were able to estimate the age of supernovae by tracking its remnent's ray rate of expansion over the last twenty years. They say it expanded by 16 percent, a surprisingly large amount, indicating it is much younger than previously thought.
在周三的NASA的新闻会议上，科学家说他们可以利用追踪过去二十年该超新星残骸的扩张频率来计算它的年龄。他们说该超新星扩张了16%，一个非常惊人的数量，这预示着它的年龄比之前预计的要小。

The scientists to who led this study， Stephen Reynolds of North Carolina State University, said radio and X-ray technology allow scientists to track the dying star to through a dense fuel field of gas and dust that had previously obscured of the view.
南卡来罗纳州大学的SR主持这项研究，他说无线电和X射线技术让科学家们可以通过大量的表土空气和灰尘来追踪正在消失的恒星，这些技术过去不太被人知晓。


The second most recent supernova is believed to have occured around 1680. Ever since astronomers discovered that supernova more than 15 50 years ago they have been searching for more missing supernovae and their remnents. R explains that scientists have measured the rates of exploding stars and other galaxies and found out that their our own Milky Way galaxy seems to be lagging behind in the number of supernovae per century.
第二个近期发现的超新星被认为是在1680年左右形成的。自从50年前天文学家发现它的时候起，科学家们就已经开始寻找更多的失踪的超新星和他们的残骸。R解释说，科学家们已经测量了恒星爆炸的频率和其他星系，然后发现我们自己的银河系似乎落后与那个世纪的其他众多超新星.
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最后一句不太理解...
对于科普的东西我一向不喜欢...头疼呢~~~还是喜欢大选的~哈哈~
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天文学家利用美国宇航局的钱德拉X射线天文台和位于新墨西哥州的一个巨阵射电望远镜发现了一颗超新星的残骸，这颗叫做"G1.9"的超新星在140年前用绚丽夺目的光芒点燃了我们的银河系。

在星期三的宇航局新闻发布会上，科学家说他们可以通过追踪过去20年中超新星残骸的膨胀速率来估算它的年龄。他们说该超新星以惊人的16%的速度膨胀，表明它比先前预想的年轻得多。

领导这项研究的科学家，北方卡罗莱纳州国立大学的斯蒂芬.雷诺兹说，无线电波和X射线技术使得科学家能穿透原先遮挡视线的浓厚气体和粉尘区域来跟踪垂死的星体。

第二个最新产生的超新星据说在1680年左右就存在了。天文学家已经发现那颗超新星50多年了，他们仍一直在寻找更多失踪的超新星和它们的残骸。雷诺兹解释说科学家已经测得爆炸星体在其他银河系的速度，而且发现我们的银河系每个世纪产生超新星的数量要落后其他银河系。