Sentence examples for continuous attenuation from inspiring English sources

Moreover, biodegradable polymers that have antioxidant properties built into their backbone structure have high relative antioxidant content and may provide prolonged, continuous attenuation of oxidative stress while the polymer or its degradation products are present.

b, c CT-based μ-map contains continuous attenuation values including μ-values for the phantom housing, glass spheres, and styrofoam block used as phantom holder (displayed in c).

Additional complication with regard to precise CTF estimation comes from continuous attenuation of amplitude towards higher spatial frequency, termed envelope function, which is described by a simplified relationship below: H k = E k H ideal k (4).

When using an ultrashort echo sequence for bone classification or accounting for cortical bone by use of a recently proposed [11] MR-based method to predict continuous attenuation values for the bony skull, the FDG uptake estimation was improved (~7 % underestimated or ~2%% overestimated).

Continuous attenuation distributions were tested using analysis of variance with the factors HU range and ventilatory mode in each ROI.

Analyses of continuous attenuation distributions of apical and diaphragmatic ROIs during both inspiration and expiration are plotted in Figure 1.

The monitor operates at four discrete near-infrared optical wavelengths (680, 720, 760, and 800 nm) to provide continuous optical attenuation measurements of the tissue.

In order to find this coefficient, the medium is illuminated with a known source and detectors are placed on the surface to record the response of the domain within the continuous wave (attenuation), frequency domain (amplitude and phase) or time domain (Temporal Point Spread Function, TPSF [ 14]) frameworks.

A continuous MB-specific attenuation of synaptic release led to nearly full physical loss of MBs in ok107/shits and severely malformed MBs in vt30559/shits (Supplementary Fig. 12).

Continuous glutathione supplementation and/or attenuation of the delayed pulmonary inflammatory response may prove beneficial in preventing lung toxicity after the use of these chemotherapeutic agents.

Potential limitations include the need for a continuous infusion for delivery, attenuation but not normalization of glucose levels, increased deceleration of gastric emptying and nausea.