Sentence examples for mean scatterer size from inspiring English sources

where is the attenuation due to Stochastic scattering and is the mean scatterer size.

Traditional estimators could hardly be used to classify according to mean scatterer size.

The area is related to attenuation parameters and mean scatterer size as it was demonstrated in (14).

An example of application to characterize mean scatterer size on soft dispersive materials is also shown in this section.

Superior results, using the proposed estimators in real measures, were obtained when classifying according to mean scatterer size.

Simulation parameters of the ultrasonic pulse were central frequency = 500 KHz, fractional bandwidth = 75%, and mean scatterer size = 0.5, 1 and 1.5 mm.

From the fitting six DRS parameters are extracted at each tissue spot: A, related to scatterer density (mm−1); B, related to the average scatterer size; C, related to scattering by small particles; c H b, the total concentration of hemoglobin (mg/mL); b ϑ r, the effective blood vessel radius (mm); and α, the oxygen saturation of hemoglobin.

We also find a close agreement between theoretical predictions obtained using the Gaussian autocorrelation function (scatterer size = 134 ± 15 μm) and the mean trabecular thickness (Tb.Th = 132 ± 12 μm) derived from the analysis of bone 3-D micro-architecture using high-resolution micro-tomography.

This validation experiment confirms that our polarized multispectral endoscopic system can acquire elastic scattering spectra that contain abundant information of scatterer size and that the acquired spectrum can be matched to the model.

a Mean scatterer diameter (d) of phantoms, absorption coefficient (μ a ), reduced scattering coefficient (μ s ' ), anisotropy factor (g) and scattering coefficient (μ s ).

It has been shown that the strength of ultrasonic scattering is proportional to the fourth power of frequency and sixth power of scatterer size [ 31].