First Light for Station V of the Low-Frequency All-Sky Monitor Radio Telescope

T. Dolch, P. Andrews, Brent Cole, T. Creighton, L. Dartez, Alexander Dulemba, F. Jenet, Sashabaw Niedbalski, Caleb Ramette, Shane Smith
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Abstract

The Low-Frequency All-Sky Monitor is a radio telescope network consisting of five stations, each with 13 Long-Wavelength Array (LWA) antennas, distributed around the North American continent. The LWA antennas are arranged so as to form a wide-angle drift scan beam, sensitive to bright radio transients, astrophysical and ionospheric, at 10–88 MHz. The multiple stations can reliably verify astrophysical events by simultaneous detection. Adding the fifth station at Hillsdale College in Hillsdale, MI, provides a wider range of declination coverage for the project. Station V, like the previous four stations, was constructed by undergraduate researchers, who continue to operate and manage the telescope. Here we report on Station V’s "first light", and discuss future prospects.
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低频全天监测射电望远镜V站的第一盏灯
低频全天监测是一个由五个站点组成的射电望远镜网络,每个站点都有13个长波长阵列(LWA)天线,分布在北美大陆。LWA天线的布置使其在10-88 MHz形成对明亮的无线电瞬变、天体物理和电离层敏感的广角漂移扫描波束。多台站可以通过同步探测可靠地验证天体物理事件。在密歇根州希尔斯代尔的希尔斯代尔学院增加第五站,为该项目提供了更大范围的递减覆盖范围。和之前的四个空间站一样,五号空间站是由本科生研究人员建造的,他们继续操作和管理望远镜。在这里,我们报道五号空间站的“第一盏灯”,并讨论未来的前景。
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