Visualize, process, analyze, and correlate spectroscopic datasets—including IR, Raman, TERS, EDS/EDX, XRF, and more.
⇒ Visualize hyperspectral data and spectral series – explore datasets using various display modes:
View all spectra or filter to display only selected ones
Generate spectral maps for specific wavelengths or examine a full spectrum at a single point on the map
⇒ Process hyperspectral images and spectral datasets – refine your data using a powerful set of processing tools:
Sort and remove outlier or erroneous spectra
Apply smoothing
Use Principal Component Analysis (PCA) to eliminate noise and outliers
Perform baseline correction and normalization
⇒ Analyze spectra and spectral maps – perform advanced analysis tasks, including:
Create spectral maps using cursor selection or reference spectra
Apply multivariate techniques such as NNMF, ICA, or k-means clustering
Perform peak detection and fitting for detailed spectral interpretation
⇒ Generate correlation maps and study surface composition – colocalize spectral data from multiple modalities:
Combine IR, Raman/TERS, cathodoluminescence, photoluminescence, fluorescence, EDX/EDS, XRF, or EELS maps with data from other platforms (e.g., SEM, AFM)
Conduct in-depth correlative analysis of chemical and topographical features
Utilize extensive rendering tools to overlay elemental or spectral data onto SEM or AFM images—producing striking 3D visualizations
Included in:
- MountainsSpectral® Expert
- MountainsSpectral® Premium
- MountainsLab® Expert
- MountainsLab® Premium
Available with:
- MountainsSPIP® Expert
- MountainsSPIP® Premium
- MountainsSEM® Expert
- MountainsSEM® Premium
