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 | | The susceptance corresponding to this distance, at the wavelength being used, is obtained by the usual cotangent relation. |
 | | If the key is open, the susceptance of the hole, obtained from H and the wavelength, is added, and this new susceptance is used to calculate a new R representing the distance to the pressure node. |
 | | Here the susceptance of the hole, l/2/PI/H (where H has been read from data as C(K,1)) is added to the susceptance corresponding to the distance R. Line 230 then calculates the new R corresponding to this total susceptance. |
| ccrma.stanford.edu /marl/Coltman/Series6/explreso.txt (858 words) |
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