Sentence examples for light absorption device from inspiring English sources

The large S and high FOM of the designed light absorption device are promising in sensor-related fields.

The redistributed near-field distributions come into being two new absorption modes, the frequency points B and D. As a result, quad-band light absorption device can be realized in this slightly deformed rectangular resonator.

As given and reported in Refs. [22 38], the dual-band, triple-band, and even quad-band light absorption devices indeed need at least two, three, and four metallic resonators in a unit cell, respectively.

In general, the traditional single-sized metallic resonator (for example, closed-ring resonator, square patch, and rectangular resonator) has only one resonance absorption peak, and the design of the multiple-band light absorption devices requires at least as many resonators as absorption peaks.

In other words, previous works are mainly concentrated on how to achieve multiple-band light absorption devices using multiple different sizes (or shapes) of the traditional metallic resonators, few of them are investigated whether the single-sized resonator with the slight structure deformation has the ability to achieve multiple-band absorption.

Square optical black hole (SOBH) has been proven to be a special and remarkably useful optical structure with broadband omnidirectional light absorption, and a device that is easier to fabricate than circular optical black hole (COBH).

Light absorption of the device can thus be increased without compromising efficient electron transport of ZnO nanorod arrays.

First, ZnO nanowires on InGaN-based thin film surfaces can effectively increase light trapping, which results in greater light absorption of the device.

However, the light absorption of the devices began to weaken when the AuNPS continued to increase.

Furthermore, with the increase of mass ratio of AuNPS, the light absorption of the devices increased in the wavelength beyond 600 nm.

Moreover, surface anti-reflection treatments (PDMS [11], TiO2 [12], and MoOx [13] coating) were also efficient to enhance the light absorption of CNT-Si devices.