Spectral Analysis /

Thanks to various techniques based on the decomposition of light (prism or diffraction grating), it becomes possible to analyze the light emitted by a source and determine its chemical composition.

The practical activities presented here involve using high-precision spectrogoniometers to identify with great accuracy the different spectral lines that make up your light source.

We also invite you to build your own monochromator on an optical bench. By adding a CCD array, you then create a homemade real-time spectrophotometer that displays the relative intensities of the different lines present in mercury or sodium vapor lamps, for example.

Add to Compare

Sku 202795

Experiment Spectrogoniometry experiments

€4,000.00 €4,800.00 Instead of €5,070.00
-5%

− +

On order
Add to Compare

Sku 202793

Experiment on goniometry experiments

€1,989.17 €2,387.00

− +

On order
Add to Compare

Sku 204808

Raman spectroscopy Experiment

€10,833.33 €13,000.00

− +

Replenishment in progress
Add to Compare

Sku 204396

Balmer Series Supplement

€440.83 €529.00

− +

On order
Add to Compare

Sku 204634

Experiment color dispersion

€1,379.17 €1,655.00

− +

On order
Add to Compare

Sku 204992

Experiment Zeeman Effect

€15,615.11 €18,738.13

− +

On order
Add to Compare

Sku 205160

Experiment Creation of a monochromator

€2,545.83 €3,055.00

− +

On order