The low energy storage ring MIRRORCLE-20, operating at electron energy E el = 20 MeV can produce a powerful infrared (IR) synchrotron radiation with wavelengths over mid-IR and far-IR regions. To clarify the applicability of this light source, its far-IR output as well as spectrum was measured. The IR emission is forced by a circular optics, named photon storage ring (PhSR), placed around the electron orbit, and is collected by a magic mirror associated with two plane mirrors in the storage ring. It is proven that the FIR intensity is boosted by the PhSR. The SR spectrum of MIRRORCLE-20 in the far-IR region is much broader and more intense than that of a typical black body light source, and therefore can be used for far infrared spectroscopy (FIRS).
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机译：以电子能量E el = 20 MeV运行的低能量存储环MIRRORCLE-20可以产生强大的红外（IR）同步加速器辐射，其波长超过中红外和远红外区域。为了阐明该光源的适用性，测量了其远红外输出以及光谱。 IR发射是通过一个圆形光学器件（称为光子存储环（PhSR））强制进行的，该光学器件位于电子轨道周围，并由与存储环中的两个平面镜关联的魔术镜收集。事实证明，PhSR可以提高FIR强度。 MIRRORCLE-20在远红外区域的SR谱比典型的黑体光源的SR谱宽得多且强度更高，因此可以用于远红外光谱（FIRS）。
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