Sentence examples for rate of attenuation from inspiring English sources

But the exponent is consistent with the rate of attenuation of the maximum amplitude of seismic waves with distance when geometric spreading and wave absorption and scattering effects are taken into account.

Mechanical and thermal characteristics were analyzed using ultrasonic features such as time of flight, signal velocity, power and the rate of attenuation of signal amplitude.

The pressure pulses also attenuated; the slowest most quickly with higher frequencies being damped out preferentially, whereby the rate of attenuation appeared to be mainly a function of time.

A probabilistic estimate of seismic hazard can be obtained from the spatial distribution, of earthquake sources, their frequency magnitude distribution and the rate of attenuation of strong ground motion with distance.

The characterisation of field-based exposure conditions concerning the biotic or abiotic resuspension of sediments and the rate of attenuation of released contaminants through dilution or readsorption may enable laboratory-based bioassay designs to be adapted to better match those of the assessed environment.

In the regime of single scattering dominance, the rate of attenuation is well described by the Lambert-Beer law, which for a homogenous medium of thickness z is written as.

Optical fibers, however, didn't seem promising at the time because of their high rates of attenuation: only about 1percentt of the light sent through the fiber would be transmitted as far as 20 meters.

The gradients of the trend lines (i.e. the rates of attenuation shown by the dotted lines in Fig. 6b) are dependent on and follow a linear correlation with Hmax values at the boundary condition (R2 = 0.96).

Several pharmaceutical products (e.g. ibuprofen, naproxen, acetaminophen, ketoprofen, diclofenac, bezafibrate, gemfibrozil, ranitidine, ofloxacin, hydrochlorothiazide, and paroxetine) with high rates of attenuation can be expected to be completely removed from wastewater by adsorption or degradation, or a combination of both, during membrane treatment.

The results reveal that the dose distribution in bone remains close to that of a point source as the radial distance increases and that the rate of dose attenuation was the fastest among three different types of tissue (due to the linear attenuation coefficient).

An approximation of the localization factor, the spatially averaged rate of exponential attenuation per blade-disk sector, is obtained through perturbation techniques in the limits of high and low sensitivity.