Fast Fourier Transformed Acoustic Resonances With Sonic Transform

Cover Fast Fourier Transformed Acoustic Resonances With Sonic Transform
Fast Fourier Transformed Acoustic Resonances With Sonic Transform
Mcgill, Kenneth C., 1957-
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42 43 Note that ST transforms shown in Figures 4-5 and 4-6 correctly recover the input sonic speeds (350 m/s and 150 m/s) .
Figure 4-7 is an experimentally acquired waveform of the resonances of argon at a low temperature (-31.56oC) in a spherical cavity with a 3.000 inch radius. The experimental conditions are given in Table 4-1. An expanded view of a section of Figure 4-7 is given in Figure 4-8 to show the resolution with which the waveform is acquired in other regions. The FFT of the wavefor
...m of Figure 4-7 is shown in Figure 4-9 and the relevant physical and computational parameters are given in Table 4-2. As seen in Figure 4-9, the baseline is not very stable in the region of 10,000 Hz.
An expanded view of this region is shown in Figure 4-10.
Several STs were performed on the data in Figure 4-9 using different numbers of roots. The resulting ST weights employing the first 21 roots are shown in Figure 4-11 with an expanded view of the region that contains the known speed of sound in argon shown in Figure 4-12.


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