Sentence examples for minimum reflection loss from inspiring English sources

The minimum reflection loss for the absorber with thickness of 2.1 mm can reach −38.8 dB.

For the as-prepared products a minimum reflection loss (RL) of −42.6 dB was achieved at 8.5 GHz.

However, for composition Fe70Si30, the minimum reflection loss shifts to lower frequency and larger value with the thickness increasing.

With 60 wt% addition amount and 1.5 mm coating thickness, the minimum reflection loss of Zn ferrite/MWCNTs composite was −42.6 dB at 12.1 GHz.

The minimum reflection loss (RL) was observed for PVB-NiO-FAC composite in a large band width as compared to PVB-CoOx-FAC and PVB-FAC composites.

A minimum reflection loss value of −48.0 dB was achieved for this ZnO@Fe at the layer thickness of 1.5 mm.

The minimum reflection loss and the frequency bandwidth below −20 dB for BCN are −56.2 dB and 7.7 GHz respectively, indicating better microwave absorption properties.

A minimum reflection loss of −16.5 dB is obtained at 13.9 GHz for composition Fe70Si30 with the thickness of 1.5 mm.

A minimum reflection loss of −6.9 dB is obtained at 2.7 GHz for composite Nd3Fe66Mn2Co18B11 with absorber thickness of 1.5 mm.

The RAS with CNT layer had a higher minimum reflection loss than that with carbon paste layer, and the absorbing frequency bandwidth was lower.

Furthermore, in contrast to frequency-selective surfaces (FSSs) and traditional transmitarrays, which are on the order of a wavelength thick, these designs are only λ/10 thick while incurring minimum reflections losses.