Möller K D, Siddons D P, Hirschmugl C J, Scardino D, Petrone P, Carlson D, Williams G P
Appl Opt. 1991 Oct 20;30(30):4297-301. doi: 10.1364/AO.30.004297.
We describe what is to our knowledge the first instrument specifically designed for use with infrared synchrotron radiation that takes advantage of the spatial coherence of this radiation. Beam splitting is achieved by wave-front division. We show data taken with the instrument over the wavelength region from 10 to 1000 microm (1-mm wavelengths) and discuss the advantages of this instrument over a conventional one.
据我们所知,我们描述了首款专门为与红外同步辐射配合使用而设计的仪器,该仪器利用了这种辐射的空间相干性。分束是通过波前分割实现的。我们展示了该仪器在10至1000微米(1毫米波长)波长范围内采集的数据,并讨论了该仪器相对于传统仪器的优势。