What question did this study set out to answer?

The aim is to present an inexpensive Raman spectrometer for educational applications in chemistry.

An Inexpensive Laser Raman Spectrometer Based on CCD Detection

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Modular spectrometer demonstrates key applications in education, enhancing chemistry curriculum accessibility.

The aim is to present an inexpensive Raman spectrometer for educational applications in chemistry.
Developed a modular design using commercial components.
Assembled the system for a cost under $5000.
Conducted experiments on vibrational isotope effect, Raman polarization, and resonance Raman.
Successfully demonstrated a vibrational isotope effect.
Conducted Raman polarization experiments effectively.
Executed a resonance Raman experiment, showcasing the capabilities of the system.

DeGraff et al. (2002) studied this question.

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