Sentence examples for wideband absorption from inspiring English sources

Thus, wideband absorption could be achieved by coupling SnO2 NWs/paraffin layers of different SnO2 NWs contents.

Beside large specific surface area, the as-grown CNNC arrays demonstrate high wideband absorption, good conduction, and nice wettability to polymer absorbers.

Here, vertically aligned CNNC arrays with high wideband absorption and good electrical conduction were fabricated by an abnormal glow discharge plasma-assisted reaction deposition (GPRD) method which combines highly dense plasma with proper bias enhancement [12].

It is also shown that these films with relatively higher deposition density have tremendous potential for wideband absorption in the visible range and exhibit two LSPR peaks in the extinction spectra because the electrons simultaneously oscillate along the nanochain at the transverse and the longitudinal directions.

The multiple extinction peaks had led to wideband absorption in the visible range [35] and caused the color of the films to get deeper compared with samples A and B. As evident in the SEM images of samples C and D, no perfect nanorods or nanowires were obtained on ITO/glass surfaces.

These composites show considerable improvement of their optical and electrical properties due to effects of the wideband photo-absorption and high charge carrier mobility of the CNTs.

Specifically speaking, for achieving ultra-wideband perfect absorption within the visible wavelength range from 300 to 800 nm, we numerically investigated the necessary refractive index n and extinction coefficient k, and the relative permittivity ε and permeability μ of a metamaterial anti-reflection layer, coating a hydrogenated amorphous silicon (α-Si H) thin film on a metal substrate.

is wideband noise between 100 and 6000 Hz.

It could be seen in Figure 3 that the optical absorption in the wideband of 200 to 900 nm increases as the CH4/N2 ratio increases.

In addition to the wideband and single wavelength filter characterization, absorption of methane in the LVOF cavity is demonstrated at 3392 nm and 3416.60 nm wavelengths.

A wideband ultrasonic transducer then detects the induced photoacoustic waves to form an image representing the distribution of optical absorption in the imaged sample.