-Instrument Introduction

Spectroscopy is an important interdisciplinary field mainly involving physics and chemistry, which studies the interaction between light waves and matter through spectroscopy. Spectrum is an ordered arrangement of electromagnetic radiation according to wavelength. According to different experimental conditions, each radiation wavelength has its own characteristic intensity. Through the study of spectroscopy, people can obtain knowledge of various material structures such as the energy level structure, energy level lifetime, electronic configuration, molecular geometry, chemical bond properties, reaction kinetics, etc. of atoms and molecules. However, spectroscopy technology is not only a scientific tool, but also provides important qualitative and quantitative analysis methods in chemical analysis.

Fiber optic spectrometer, as a low-cost, compact, and highly stable analytical instrument, has unparalleled advantages compared to other technologies. Many domestic universities have begun to offer related courses to meet the talent demand for the development of spectral industrialization. This experimental system aims to enable students majoring in optoelectronics to have a prior understanding of relevant theories and apply them to solve practical measurement problems. It can also serve as a platform for teachers and students to conduct independent research and development experiments.

-Can conduct experiments