Sentence examples for bandwidth absorption can be from inspiring English sources
The (Fe, Ni /C nanocapsules with wide bandwidth absorption can be used as excellent electromagnetic-wave-absorption materials in the whole Ku-band.
The bandwidth of the perfect absorption can be effectively enhanced by simply patterning different dimension elements with appropriate geometrical parameters on a coplanar.
By stacking several such structural layers with different geometrical dimensions, the bandwidth of this strong absorption can be effectively enhanced due to the hybridization of magnetic polarizations in different layers.
By stacking several resonant stacks with different dielectric layers, the absorption bandwidth can be effectively broadened through the hybridization of magnetic resonances in all resonant stacks.
A curved panel is considered because the overall absorption bandwidth can be designed by appropriately adjusting the panel curvature, which is a key factor in controlling the structural resonant frequencies and absorption peaks.
The effect of absorbing materials is not only a strong absorption but also a wide absorption bandwidth that can be obtained by integrating the advantages of CNT, BaTiO3, and PANI with different loss mechanisms.
Blockage at the resonator inlet controls both peak absorption coefficient and its absorption bandwidth and it can be considered one of design factors for acoustic tuning.
When the Ti3SiC2 content increases to 30 wt.%, the coating shows an excellent microwave absorption property, and the effective absorption bandwidth (≤−5 dB) can be obtained across the whole measured frequency with a thickness of 1.8 mm.
It is found that achieving active dispersion without absorption other a worthwhile bandwidth can be more difficult than achieving active absorption due to the more complex target impedance that the controller needs to learn.
These results suggest that the 3D nanocomposites possess the advantages of thin thickness, broad bandwidth, lightweight and strong absorption, and can be used as promising materials for stealth camouflage techniques.
