Parameters
Max collapse ratio R₀/R_min100000.0×
Collapse temperature2.98×10^8 K
Collapse pressure243755999999998033920 MPa
Literature benchmark: ~5,000 K, ~100–500 MPa at transient collapse (Suslick 1991)
Bubble Radius R(t)
Wall Velocity Ṙ(t)
Physics: Rayleigh-Plesset ODE solved by 4th-order Runge-Kutta. Bubble growth during acoustic rarefaction phase, followed by violent inertial collapse. Collapse ratio >5 indicates transient (inertial) cavitation — the dominant mechanism for cell-wall disruption in mushroom extraction.