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ROT-OS11 # Raman Spectroscopy Measurement and Substance Identification Station(Type B)

Description:

Raman spectroscopic analysis is one of the mainstream methods for detecting molecular components and structures, and is widely used in many fields such as medicine, safety, food, analytical chemistry, and biology. With the emergence of miniaturized, low-power lasers, spectrometers and optical fiber optical circuits, Raman spectroscopy has also been widely used in on-site detection, with endless application fields. Through training, students can become familiar with the basic devices for Raman spectroscopy measurement, test optical paths, spectral analysis and other basic knowledge, laying a good foundation for the application of Raman spectroscopy measurement.


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Introduction

Raman spectroscopic analysis is one of the mainstream methods for detecting molecular components and structures, and is widely used in many fields such as medicine, safety, food, analytical chemistry, and biology. With the emergence of miniaturized, low-power lasers, spectrometers and optical fiber optical circuits, Raman spectroscopy has also been widely used in on-site detection, with endless application fields. Through training, students can become familiar with the basic devices for Raman spectroscopy measurement, test optical paths, spectral analysis and other basic knowledge, laying a good foundation for the application of Raman spectroscopy measurement.

Training Content

Learn and master the basic principles of Raman scattering;

Cognitive basic devices for Raman spectroscopy measurements;

Build the Raman spectrum optical path;

Measure and analyze the Raman spectrum of ethanol solutions;

Raman spectroscopy is used for component identification of various plastic products.

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