论文标题
晶体眼的像素表征的初步结果，新的X和Gamma-ray卫星检测器，用于多门教天文学
Preliminary results of the pixel characterization for the Crystal Eye, a new X and gamma-ray satellite detector for multi-messenger astronomy
论文作者
论文摘要
随着2017年8月17日的引力浪潮事件的观察，肯定已经开始了多信者天文学时代。随着这个新全景的开放，有必要建立新的乐器和现有观测值的完美协调。晶体眼是一种探测器，旨在探索引力波的电磁对应物。中子星的合并产生的这种事件与伽马射线爆发（GRB）有关。目前，轨道上很少有能够检测到从数十keV到少数MEV的能量范围内的光子。这些乐器属于两个不同的旧观察概念：全天空监测器（ASM）和望远镜。我们提出的探测器是一种跨界技术，即晶体眼：能量范围的广阔视野，从10 KEV到具有像素化结构的10 MeV。 2022年将与太空骑手一起启动探路者。我们在这里提出了第一个像素的表征的初步结果。
With the observation of the gravitational wave event of August 17th 2017 the multi-messenger astronomy era has definitely begun. With the opening of this new panorama, it is necessary to have new instruments and a perfect coordination of the existing observatories. Crystal Eye is a detector aimed at the exploration of the electromagnetic counterpart of the gravitational waves. Such events generated by neutron stars' mergers are associated with gamma-ray bursts (GRB). At present, there are few instruments in orbit able to detect photons in the energy range going from tens of keV up to few MeV. These instruments belong to two different old observation concepts: the all sky monitors (ASM) and the telescopes. The detector we propose is a crossover technology, the Crystal Eye: a wide field of view observatory in the energy range from 10 keV to 10 MeV with a pixelated structure. A pathfinder will be launched with Space RIDER in 2022. We here present the preliminary results of the characterization of the first pixel.
