Raman spectroscopy enables in-situ analysis, for example on electrochemical systems. Indeed, you can either place the cell fitted with an optical window under the microscope, or use an optical fiber for probing. Both approaches involve directing a laser for excitation and collecting signals for analysis, providing real-time observation of Raman signals during measurements.
Let's give you more information about that topic below, with a short video answer from our Raman specialist. Go further reading related technology and application notes pages, or learn more about our solutions for Raman in-situ analysis.
More details about in-situ Raman analysis are given in our Technology pages.
You may also want to read actual application notes illustrating this topic:
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HORIBA offers several Raman spectroscopy devices suitable for in-situ measurements.
LabRAM™ Soleil, XploRA™ systems and LabRAM™ Odyssey are designed to perform Raman analysis directly within the operating environment of a system or process, allowing for real-time monitoring and characterization of materials without the need for sample extraction or preparation. Environmental Raman stages complement the solutions by allowing the measurement of samples that require special containment conditions.
With their compact and versatile designs, these Raman devices enable researchers and engineers to conduct in-situ measurements in a wide range of applications, from pharmaceuticals and materials science to environmental monitoring and industrial processes.
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