Sentence examples for account attenuation from inspiring English sources

The new parameters,, and that take into account attenuation due to Stochastic scattering can be derived by equations (7), (8), and (9) (7).

This, to our knowledge, is the first study assessing semiquantitatively the vascularity of the remnant head on Tc-99m bone scintigraphy images by comparison with preoperative status, taking into account attenuation produced by the implant.

Tropospheric opacities, which were also measured with the MWR and were used to take into account attenuation of the O3 signal from the stratosphere and mesosphere, were corrected using the tropospheric opacity calculated from radiosonde data.

The choice of the optimum frequency is an important factor taking into account attenuation, tissue conductivity, and also antenna size and orientation, which can affect not only radiation inside the body but can also determine the optimum distance of which good performance can be achieved in the surrounding environment.

The goal of the analysis is to demonstrate the importance of optimal frequency choice, taking into account the attenuation factors that highly affect the radiation inside buildings and thus have a crucial impact on network coverage.

Theoretically, this class of localization can be considered for both narrowband and wideband signals by only taking into account the attenuation information and usually neglecting the time delay information.

We consider the localization problem of multiple wideband sources in a multi-path environment by coherently taking into account the attenuation characteristics and the time delays in the reception of the signal.

In the case of whole-body PET/MR imaging, most commonly, a direct segmentation method is used to generate MR-derived mu-maps, which generally do not account for attenuation by bone tissue [22].

Although such data have been used previously in the assessment of heat production particularly in relation to granite terranes (Middleton 2013), we here take into account soil attenuation effects and relate the geophysical estimates to the BH determinations.

Taking into account, the attenuation due to the distance and obstacles between the transmitting device and the receiver (e.g., walls, furniture, and people), the RSS at distance d is modeled as follows [9]: P_{r}(d) = P_{t} - overline{PL}(d_{0}) - 10 n log_{10}(d/d_{0}) - eta_{sigma}, (1).

When we take into account the attenuation of photoelectrons in the bulk region, the contribution to the photoelectron from the first layer is calculated by 1−exp −d/λcosθ) where d is the interlayer distance, λ is the inelastic mean free path, and θ is the photoemission angle.