Cited by — Hydrodynamic cavitation–H2O2 systems for azo dye degradation: Per-pass kinetics, synergy coefficients, and scale-up insights using methyl orange as a model pollutant | ResearchHub - ResearchHub
Research graph
Cited by
Admitted local publications that cite Hydrodynamic cavitation–H2O2 systems for azo dye degradation: Per-pass kinetics, synergy coefficients, and scale-up insights using methyl orange as a model pollutant.
No admitted local citation edges point to this work yet.
