Research Article
Numerical Simulation and Investigation of System Parameters of Sonochemical Process
Table 7
Simulation summary of sonochemical process with different solvent as cavitation medium.
| | Conditions at the first collapse of the bubble | | H2O2 | C6H5–CH3 | C6H12 |
| | K | K | K | | MPa | MPa | MPa | | m/s | m/s | m/s | | MPa | MPa | kPa | | | | | | | | | | | | |
| Species |
Equilibrium composition of species in the bubble at collapse | H2O2 | C6H5–CH3 | C6H12 |
| N2 | | | | O2 | | | — | H2O | | — | | N | — | | — | O | | | — | H | | | — | N3 | — | | — | O3 | | | — | H2 | | — | | OH | | | — | HO2 | | | — | H2O2 | | — | — | NO | | | — | NO2 | | | — | NO3 | — | | — | N2O | | | — | N2O3 | — | | — | HNO | | — | — | HNO2 | | — | — | CO | — | | | CO2 | — | | | NH3 | — | — | | HCN | — | — | | CH4 | — | — | 2.37 | C2H4 | — | — | | C2H6 | — | — | |
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Note: dissolved gas = air, initial bubble size µm, temperature K, static pressure kPa, and frequency kHz.
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