A graph-based permutation entropy computed from in situ NIR spectra, combined with an expanding-window anomaly detector, predicts phase-transition pressures of CO2-petroleum mixtures with a mean absolute error near 4.5%.
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Nearest neighbor permutation entropy detects phase transitions in complex high-pressure systems
A graph-based permutation entropy computed from in situ NIR spectra, combined with an expanding-window anomaly detector, predicts phase-transition pressures of CO2-petroleum mixtures with a mean absolute error near 4.5%.