SPEC·IMAGINGIC-PARTICLE™ optical measurements were benchmarked against laser diffraction across prepared dairy-emulsion samples, tracking particle-size-related changes with strong agreement.
Track changes in emulsion particle size more rapidly than conventional offline workflows allow.
Measure optical scattering response with IC-PARTICLE™ and compare the particle-size-related output with laser diffraction.
Strong agreement across 90 prepared dairy-emulsion samples, with R = 0.978.
Representative measurement pairs from the study, plotted against the 1:1 reference line. R = 0.978 is the aggregate correlation across all 90 prepared dairy-emulsion samples.
Prepared dairy-emulsion samples were measured in a bench-scale configuration. The study demonstrates particle-size sensitivity and agreement with laser diffraction; process deployment is a separate development step.
The study shows that IC-PARTICLE™ can track particle-size-related changes in dairy emulsions with strong agreement to laser diffraction.
Particle and emulsion characterization — the platform used for this study.
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