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1·Staff there named it Gamma ray.

那里的工作人员为它取名为r射线(Gamma Ray)。

2·At the point of collision they may release a giant Gamma Ray Burst.

在它们碰撞的那一刻将释放出一个强大的伽玛射线爆发。

3·The previously known most distant object was a short-lived gamma ray burst.

之前所知最遥远的天体是一次短期的伽玛射线暴。

4·PSR J0357 was originally discovered by the Fermi Gamma Ray Space Telescope in 2009.

PS r J 0357最初是通过费米·伽玛射线太空望远镜(Fermi Gamma Ray Space Telescope)于2009年发现的。

5·The Hubble Space Telescope captured this image of a gamma ray explosion on January 23, 1999.

哈勃望远镜捕捉到的这张照片显示的是1999年1月23日伽马射线爆炸的景象。

6·Astronomers keep discovering new noisemakers in space: colliding black holes, glitching pulsars, gamma ray bursts.

天文学家仍然致力于寻找太空中新的声源：黑洞碰撞，脉冲星干扰，伽马射线爆破。

7·Dr. Vicki Kaspi , a Professor of Physics at McGill University, explores the irradiating effects of a giant gamma ray burst.

Vicki Kaspi博士， McGill 大学物理学教授，研究地球将在巨大的伽马射线风暴辐射下毁灭。

8·Positrons and electrons annihilated each other, emitting gamma rays detected by Fermi's gamma-ray burst detector, researchers said.

正电子和电子会相互湮灭而发射出的伽玛射线，再由费米的爆发检测器所检测到，研究人员说。

9·So imagine scientists' surprise in the mid-1990s when they found these powerful gamma ray flashes happening right here on Earth, in the skies overhead.

因此可以想像一下，当科学家在九十年代中期发现伽马射线闪光竟出现在地球上，并就在我们的头顶上出现时，是多么的惊喜。

10·The Fermi Space Telescope is so sensitive to these gamma ray bursts that it doesn't even need to be positioned right over a thunderstorm to detect the TGFs.

费米太空望远镜对这些伽马射线脉冲很灵敏，以至于它甚至不需要调整位置对准雷暴的正上方，就能来探测TGF信号。

射线

1·The Hubble Space Telescope captured this image of a gamma ray explosion on January 23, 1999. At the time it was the most powerful explosion ever recorded.

哈勃望远镜捕捉到的这张照片显示的是1999年1月23日伽马射线爆炸的景象。这是当时人们纪录过的最大规模的一次伽马射线爆炸。

2·What do gamma ray bursters have to do with black holes?

玛射线爆发源与黑洞又有何关系呢？