Sentence examples for improved attenuation from inspiring English sources
The improved absorption abilities for the Co/N-GN nanocomposites are mainly due to the combined effect of excellent magnetic and dielectric loss, which may result in better impedance matching condition and improved attenuation capacity.
Most importantly, it is shown that this multilayered DLA structure has a dramatically improved attenuation compared to the conventional single-layered dielectric-loaded structure while maintaining comparable shunt impedance.
Improved attenuation is provided at f s /2.
This is particularly attractive because this SRS band at ∼235 nm nearly coincides with a LIF emission from NO at ∼237 nm, leading to improved attenuation correction of NO-LIF.
Over the last half century, numerous nonlinear variants of the tuned mass damper have been developed in order to improve attenuation characteristics.
To enhance the control accuracy, as well as improve attenuation ability of low-order harmonics, the proportional resonant (PR) controller takes account of the fundamental, 3rd, 5th, 7th, 9th, and 11th harmonic currents.
The study of attenuation mechanism indicated that the dielectric loss from PANI, the magnetic loss caused by f-NiFe2O4 and the layer by layer structure effectively improved microwave attenuation performance of composite fabric.
Activity quantification in a cold air region was improved by attenuation correction (lower spillover ratio), while it was degraded in a cold water region (higher spillover ratio) for both isotopes (Table 4), albeit less significantly for 18F.
Changes in this apparatus compared to the older one are a.o. an increased dynamic range of the detector, an adjusted configuration of the detector sensitivity, a raster scan that ensures more complete desorption coverage and an improved detector attenuation mechanism.
An optimization design procedure is presented to improve disturbance attenuation properties in the presence of band-limited disturbances.
Simulation results show that the nonlinear disturbance observer based technique can significantly improve disturbance attenuation ability and performance robustness of dynamic inversion control.
