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DESIGN METHOD FOR HIGH-RESOLUTION SPECTROGRAPH AND SPECTROGRAPH

机译:高分辨率光谱图和光谱图的设计方法

摘要

A design method for a high-resolution spectrograph and a spectrograph. The spectrograph is constructed by using a concave grating (G), two entrance slits (A1, A2) and an optical detector (B1B2). The method includes the following steps: 1) determining values of a wavelength λ2 and a wavelength λ3, and dividing the whole spectrum detection range into two waveband ranges; 2) according to a principle that the two waveband ranges are multiplexed into one optical detector, determining a relational expression between two incidence angles via a grating equation satisfied by the incidence angles of the two entrance slits; 3) determining that recording structure parameters and usage structure parameters are obtained; 4) determining manufacturing parameters of the concave grating according to the recording structure parameters to obtain a concave grating satisfying applications; and 5) determining positions of the two entrance slits and the optical detector relative to the concave grating according to initial values of the usage structure parameters, thus constructing a spectrograph. The spectrograph obtained through the design method can improve the resolution in most spectrum areas.
机译:高分辨率光谱仪和光谱仪的设计方法。通过使用凹面光栅(G),两个入射狭缝(A1,A2)和光学检测器(B1B2)构造光谱仪。该方法包括以下步骤:1)确定波长λ 2 和波长λ 3 的值,并将整个频谱检测范围分为两个波段范围; 2)根据将两个波段范围复用到一个光检测器中的原理,通过满足两个入射缝隙入射角的光栅方程,确定两个入射角之间的关系式; 3)确定获取了记录结构参数和使用结构参数; 4)根据记录结构参数确定凹面光栅的制造参数,以获得满足应用的凹面光栅; 5)根据使用结构参数的初始值确定两个入射狭缝和光检测器相对于凹面光栅的位置,从而构成光谱仪。通过设计方法获得的光谱仪可以提高大多数光谱区域的分辨率。

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