EDS spectrum image and acquisition context
Inspect energy calibration, detector geometry and live time, beam energy, navigation image and the available line channels before constructing maps.
EDS mapping and quantification
Maps remain linked to spectra.
Inspect element maps, define physically meaningful regions and calculate composition while retaining the spectrum-image context and quantification assumptions.
Spectrum image to chemical evidence
Maps, spectra and composition remain linked so every phase or region interpretation can be checked against the measured signal.
Background, lines and regions
Select peak/background treatment and non-overlapping lines, then define editable particle, agglomerate, interface or phase-separated regions. The summed spectrum for every region stays available for review.
Net-count maps and quantitative tables
MapsBackground-corrected net counts with calibrated spatial axes
CompositionAtomic %, weight %, selected lines and correction model
QualityCounts, fit/residual context, overlaps, exclusions and detection limits where supported
ComparisonRegion-to-region and particle-to-matrix composition
Interoperable maps, spectra and reports
Each chemical conclusion remains connected to its summed spectrum, selected line and region definition.
Publication figuresNet-count maps, overlays, region geometry, legends, spatial scale and composition charts
Quantitative tablesAtomic %, weight %, net counts, selected lines, uncertainty/quality fields and region comparison
Reusable dataCalibrated TIFF maps with metadata, EMSA/MSA spectra and CSV or XLSX region tables
Scientific reportPDF and HTML with maps, summed spectra, line choices, correction model, assumptions and provenance
Element colors identify channels, not phases. Quantification remains dependent on standards, specimen geometry and correction model.