Development of the ROSIE integral field unit on the Magellan IMACS spectrograph

R. McGurk, S. Shectman, L. Aslan, Chung-Pei Ma Carnegie Observatories, U. Berkeley
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Abstract

We are building an image slicer integral field unit (IFU) to go on the IMACS wide-field imaging spectrograph on the Magellan Baade Telescope at Las Campanas Observatory, the Reformatting Optically-Sensitive IMACS Enhancement IFU, or ROSIE IFU. The 50.4" x 53.5" field of view will be pre-sliced into four 12.6" x 53.5" sub-fields, and then each subfield will be divided into 21 0.6" x 53.5" slices. The four main image slicers will produce four pseudo-slits spaced six arcminutes apart across the IMACS f/2 camera field of view, providing a wavelength coverage of 1800 Angstroms at a spectral resolution of 2000. Optics are in-hand, the first image slicer is being aluminized, mounts are being designed and fabricated, and software is being written. This IFU will enable the efficient mapping of extended objects such as nebulae, galaxies, or outflows, making it a powerful addition to IMACS.
麦哲伦IMACS光谱仪上ROSIE积分场单元的研制
我们正在建造一个图像切片积分场单元(IFU),用于安装在拉斯坎帕纳斯天文台麦哲伦Baade望远镜上的IMACS宽视场成像光谱仪,即重新格式化光学敏感IMACS增强IFU,或ROSIE IFU。50.4英寸x 53.5英寸的视场将被预先分割成4个12.6英寸x 53.5英寸的子视场,然后每个子视场将被分割成21个0.6英寸x 53.5英寸的切片。四个主图像切片器将在IMACS f/2相机的视场上产生四个间隔为6弧分的伪狭缝,以2000的光谱分辨率提供1800埃的波长覆盖。光学器件已经到手,第一个图像切片机正在镀铝,安装正在设计和制造中,软件正在编写中。这个IFU将能够有效地映射扩展对象,如星云、星系或流出物,使其成为IMACS的强大补充。
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