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The results showed that the attenuation rate of BDE-99 increased with nitrate concentrations.
Favourable comparisons are made between the predicted and measured axial attenuation rate and phase speed.
The attenuation rate surpasses 5 dB/m at certain frequency bands.
EXPERIMENTAL results1 show that the attenuation rate of extremely-low frequency radio waves decreases with decreasing-frequency in the range from a few kc/s to about 70 c/s, below which it appears to increase again.
When coincidence occurs, the axial modal attenuation rate drops sharply, allowing the exact determination of the coincidence frequency by locating the local minimum of the modal spatial attenuation rate with increasing frequency.
The second area investigated is the increase of the attenuation rate of rail vibrations by the addition of damping measures.
Similar(11)
Similar to runup attenuation rates, site specificity appears to be significant and detailed attention must be paid to geomorphology when considering transferring attenuation rates between sites.
For both seasons, attenuation rates across S. pacifica were the highest and were greater than published attenuation rates across similar (Spartina alterniflora) salt marshes for the comparable depths.
For example, a field study in a large salt marsh along the Western Scheldt estuary in The Netherlands measured surge attenuation rates from 5 cm/km to 70cm/km300.
The gradients or attenuation rates for each scenario however, show a linear correlation to wave height parameters at the 100 depth contour (e.g. for Hmax, R2 = 0.95), indicating that overall runup attenuation rates may be predicted well, however runup values are more erratic.
The possibility of a surface giving still higher attenuation rates is explored.
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