rarefactions

seismic waves often exhibit regions of rarefactions and compressions.

the sound wave contained both compressions and rarefactions as it traveled.

analyzing the pattern of rarefactions helped identify the material's properties.

the gas expanded, creating significant rarefactions in the container.

we observed distinct rarefactions within the plasma discharge.

the density decreased, resulting in noticeable rarefactions of the fluid.

the experiment measured the spatial distribution of rarefactions in the medium.

rapid expansion caused localized rarefactions in the air.

the data showed a correlation between temperature and the frequency of rarefactions.

understanding rarefactions is crucial for modeling wave propagation.

the simulation included the effects of rarefactions on the fluid flow.