Kita T, Harada T
Appl Opt. 1992 Apr 1;31(10):1399-406. doi: 10.1364/AO.31.001399.
A ruling engine for large and/or high-groove density gratings is developed. A hybrid driving method that uses a piezoelectric device and a screw-nut mechanism is adopted to achieve stop-and-go blank motion with a closed-loop control system. Several test gratings, including a ruled area of 300(width) x 200(groove length) mm(2), groove densities of 6000 and 10,000 grooves/mm, and a uniform and varied-line space, are ruled to confirm the basic functions of the ruling engine. A set of four spherical, varied-line-space gratings with central groove densities of 6000, 4550, 3450, and 2616 grooves/mm and a ruled area of 200 x 200 mm(2) is ruled for the orbital retrievable far and extreme ultraviolet spectrometer.
开发了一种用于大尺寸和/或高刻线密度光栅的刻划引擎。采用一种结合了压电装置和丝杠螺母机构的混合驱动方法,通过闭环控制系统实现间歇式坯料运动。刻划了几块测试光栅,包括刻划面积为300(宽)×200(刻线长度)毫米²、刻线密度为6000和10000线/毫米,以及具有均匀和变化线间距的光栅,以确认刻划引擎的基本功能。为轨道可回收远紫外和极紫外光谱仪刻划了一组四块球形、变线间距光栅,其中心刻线密度分别为6000、4550、3450和2616线/毫米,刻划面积为200×200毫米²。