Discover the transformative power of Raman spectroscopy in our latest application note. This measurement technique provides real-time insights into the chemical composition of materials, impacting industries from pharmaceuticals to forensic science, food quality, and beyond.

Why Raman Spectroscopy? Raman spectroscopy, based on inelastic photon scattering, reveals unique molecular fingerprints. Learn how it delivers precise details through peak position, intensity, shift, line width, and polarization, revolutionizing chemical identification.

Our application note guides you through the essential calibration steps to ensure accurate Raman spectroscopy measurements and focus on the chemical identification of resins. Resins play a critical role in products such as paints, varnishes, and adhesives. Our application note illustrates the technique’s effectiveness in distinguishing between resin types using various spectrometer setups.

Ready to Explore? Elevate your understanding of chemical identification with Raman spectroscopy. Access the comprehensive PDF by filling out the form below.

Chemical Identification with Raman

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