Catching Cosmic Rays by the Tail

COREY S.POWELL

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Catching Cosmic Rays by the Tail

机译：在尾巴上捕捉宇宙射线

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Super-Tiger Is Lost Somewhere on the snow dunes of Antarctica. Strictly speaking, "lost" isn't quite right. More like "inaccessible." Walter Robert Binns knows the exact whereabouts of his wayward, two-ton cosmic-ray experiment: 82 degrees 14 minutes 69 seconds south, and 81 degrees 54 minutes 88 seconds west. That's about 1,000 miles east from McMurdo Station. But the sun has set on Super-TIGER, and it will not rise again until September. Temperatures are headed down to minus 70 degrees Fahrenheit. No sane search party would head out in the polar darkness, so for now there is nothing to do but wait.

机译：超级老虎在南极的沙丘上迷失了。严格来说，“迷失”是不正确的。更像是“无法进入”。沃尔特·罗伯特·宾恩斯（Walter Robert Binns）知道他两吨重宇宙射线实验的确切下落：向南82度14分69秒，向西81度54分88秒。从McMurdo站向东约1,000英里。但是太阳已经落在超级老虎上了，直到九月它才会再次升起。温度下降到零下70华氏度。没有一个理智的搜查队会在极地黑暗中前进，因此，除了等待，别无他法。

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《Discover》 |2013年第5期|68-69|共2页
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COREY S.POWELL;
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1. The influence of the sidereal cosmic-ray anisotropies originated on the tail- And nose-boundaries of the heliomagnetosphere (HMS) upon the solar cosmic-ray anisotropy produced inside the HMS [J] . Nagashima K., Kondo I., Morishita I., Earth, planets and space: EPS . 2010,第6期

机译：源于太阳磁层（HMS）的尾边界和鼻边界的恒星宇宙射线各向异性对HMS内部产生的太阳宇宙射线各向异性的影响
2. The influence of the sidereal cosmic-ray anisotropies originated on the tail- and nose-boundaries of the heliomagnetosphere (HMS) upon the solar cosmic-ray anisotropy produced inside the HMS [J] . K. Nagashima, I. Kondo, I. Morishita, Earth, planets and space: EPS . 2010,第6期

机译：源于太阳磁层（HMS）尾部和鼻部边界的恒星宇宙射线各向异性对HMS内部产生的太阳宇宙射线各向异性的影响
3. ASTROPHYSICS Catching cosmic rays where they live [J] . Conover Emily Science . 2015,第6248期

机译：天体物理学捕捉宇宙射线
4. Magnetic Reconnection as the Cause of Cosmic Ray Excess from the Heliospheric Tail [C] . P. Desiati, A. Lazarian Annual International Astrophysics Conference . 2012

机译：磁性重新连接作为宇宙射线过量的宇宙射线
5. Design and construction of a cosmic ray detector array for the correlation of cosmic ray extensive air showers with lightning strikes. [D] . Ruse, Aaron Nathan. 2013

机译：宇宙射线探测器阵列的设计和构造，用于将宇宙射线广泛的阵雨与雷击相关联。
6. Production of Atomic Rays and of Cosmic Rays in Supernovae [O] . F. Zwicky 2019

机译：超新星中原子射线和宇宙射线的产生
7. The influence of the sidereal cosmic-ray anisotropies originated on the tail- and nose-boundaries of the heliomagnetosphere (HMS) upon the solar cosmic-ray anisotropy produced inside the HMS [O] . K. Nagashima, I. Kondo, I. Morishita, 2010

机译：源于太阳磁层（HMS）的尾边界和鼻边界的恒星宇宙射线各向异性对HMS内部产生的太阳宇宙射线各向异性的影响
8. The Production of Cosmic gamma Rays in Interstellar and Intergalactic Cosmic-Ray Collisions. 3 - the Form of the Cosmic gamma-Ray Source Spectrum from p-p Interactions for gamma-Ray Energies Less Than 1 Ge V [R] . Stecker, F. W. 1967

机译：星际和星系间宇宙射线碰撞中宇宙伽马射线的产生。 3 - 来自p-p相互作用的宇宙伽马射线光谱的形式，用于小于1 Ge V的伽马射线能量

Catching Cosmic Rays by the Tail

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