What question did this study set out to answer?

To design a compact Raman spectrometer optimized for specific wavelength ranges and spectral resolution.

April 16, 2026Bulletin of the Russian Academy of Sciences Physics0 citations

Portable Raman Spectrometer with a Linear Photodiode Array Detector

MPM. E. Parfyonov DAD. N. Artemyev DKD. V. Kornilin

Key Points

To design a compact Raman spectrometer optimized for specific wavelength ranges and spectral resolution.
Developed a Raman spectrometer based on the Czerny–Turner configuration.
Utilized a linear photodiode array detector for signal detection.
Employed parabolic mirrors and a diffraction grating in the optical system.
Achieved a spectral resolution of 4.5 nm.
Designed overall dimensions of 87 × 98.5 mm for portability.
Optimized the system for wavelength range of 800–920 nm.

Abstract

A model of compact Raman spectrometer based on the Czerny–Turner configuration with a linear photodiode array detector is presented. The optical system is based on a pair of parabolic mirrors and a diffraction grating and is optimized for the wavelength range 800–920 nm. As a result of optimization, a spectral resolution of 4.5 nm was achieved at overall dimensions of 87 × 98.5 mm.

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