Sentence examples for emission of surfaces from inspiring English sources

Fluorescence emission of surfaces after ultraviolet excitation test (b).

The measurement of the fluorescence emission of surfaces of the statues after ultraviolet (UV) excitation with a portable fluorescence system showed their different response to UV radiation.

Recently, some experimental results demonstrate that the emission of surface trap states with the wide visible light range can be applied to white LEDs [20 22].

This observation suggests that thermal population behavior causes an important impact on the fluorescence emission of surface trap states and quantized states.

The selective detection of surface bound fluorescence is achieved by collecting supercritical angle fluorescence (SAF) emission of surface bound molecules into the glass.

This review article describes various modeling methods available for design of optical nanostructures to control light absorption and emission properties of surfaces, as well as various methods available for the fabrication of large area nanostructured surfaces.

Optical nanostructures can control the optical absorption and emission properties of surfaces and are therefore being investigated for solar thermophotovoltaics, thermophotovoltaics, solar thermal, infrared sensing, infrared sources, incandescent light sources, and thermal imaging applications, among many others.

The best estimates of the concentration of surface O3 are 50 ppb, and the net radiative forcing due to anthropogenic emissions of surface O3 is approximately 0.35 watt per square metre.

However, the emissions of surface transportation have not been well studied.

The electronic excitation and de-excitation of the molecule are induced by the absorption and emission of the surface plasmon, respectively.

Our calculations include the reflectance and emission of the surface as well as the solar radiation scattered and thermally emitted from the gases and dust in the Martian atmosphere.