Regime
Set by the fluid's transport coefficients — a stated gas at a stated state
Every figure drawn under this hypothesis — 19 of them — with the essay each one belongs to and the generator that drew it.
19 figure placements state this regime. The strip along the foot of every figure names two things — the model that produced it and the regime it holds in — and this listing is read back out of the finished drawing rather than from what produced it.
- A bulk viscosity holds a shock together until it splits — carbon dioxide at 293 K and 1 atm, bending vibration lagging, τ from ζ/μ = 1500 · noise-scaling · hero
- A bulk viscosity holds a shock together until it splits — carbon dioxide at 293 K and 1 atm, bending vibration lagging, τ from ζ/μ = 1500 · noise-scaling
- A bulk viscosity holds a shock together until it splits — carbon dioxide at 293 K and 1 atm, bending vibration lagging, τ from ζ/μ = 1500 · noise-scaling
- A bulk viscosity holds a shock together until it splits — carbon dioxide at 293 K and 1 atm, bending vibration lagging, τ from ζ/μ = 1500 · noise-scaling
- A bulk viscosity holds a shock together until it splits — carbon dioxide at 293 K and 1 atm, bending vibration lagging, τ from ζ/μ = 1500 · noise-scaling
- A bulk viscosity holds a shock together until it splits — 1 atm, 293 K; rotation for the diatomics, the bending vibration for CO₂ · noise-scaling
- A bulk viscosity holds a shock together until it splits — carbon dioxide, τ from ζ/μ = 1500 scaled by pressure alone; weak, fully dispersed shocks · noise-scaling
- A bulk viscosity holds a shock together until it splits — carbon dioxide at 293 K and 1 atm, bending vibration lagging, τ from ζ/μ = 1500 · noise-scaling
- Oxygen makes a boom's crack, nitrogen its rise time — acoustic: still air at 20 °C, 50% relative humidity; a jump drawn as vertical is a thermoviscous subshock microseconds thick · nonlinear-wave
- Oxygen makes a boom's crack, nitrogen its rise time — acoustic: still air at 20 °C, 50% relative humidity · nonlinear-wave
- The largest bulk viscosity is the first to expire — linear acoustics; 20 °C and one atmosphere unless stated; ζ/μ as quoted from acoustic measurements · noise-scaling
- The largest bulk viscosity is the first to expire — linear acoustics; 20 °C and one atmosphere unless stated; ζ/μ as quoted from acoustic measurements · noise-scaling
- The largest bulk viscosity is the first to expire — linear acoustics; 20 °C and one atmosphere unless stated; ζ/μ as quoted from acoustic measurements · noise-scaling
- The largest bulk viscosity is the first to expire — linear acoustics; 20 °C and one atmosphere unless stated; ζ/μ as quoted from acoustic measurements · noise-scaling
- The largest bulk viscosity is the first to expire — linear acoustics; 20 °C and one atmosphere unless stated; ζ/μ as quoted from acoustic measurements · noise-scaling
- The viscosity nobody uses — dry air at 20 °C — the split is a property of the gas, not of the frequency · noise-scaling · hero
- The viscosity nobody uses — at acoustic frequencies and room temperature — ζ is strongly frequency dependent · noise-scaling
- The viscosity nobody uses — dry air at 20 °C — the split is a property of the gas, not of the frequency · noise-scaling
- The viscosity nobody uses — air at 20 °C — the measurement is at 50 per cent relative humidity · noise-scaling