Sentence examples for UV radiative from inspiring English sources

Since IR and UV radiative accelerations increase with latitude, our torus naturally settles into a steady state with inflow along the mid-plane and outflow near the inner surface.

Grenfell et al. (2014) showed that the strongest O3 emission was generated when the stellar UV radiative flux is ten times that of an M7 star.

The study showed that the strongest ({mathrm{O}}_{3}) emission is generated at ten times the stellar UV radiative flux of an M7 star and that an exoplanet's ({mathrm{O}}_{3}) 9.6 (upmu hbox {m}) spectral line profile is strongly influenced by the 200 nm and 350 nm UV output of the parent star.

The main sources for solar thermal tides appearing at 110 km in the Earth's atmosphere include latent heat release and infrared radiative absorption by H2O in the troposphere (Forbes and Garrett [1978], [1979]; Hagan and Forbes [2002], [2003]; Zhang et al. [2010a], [2010b]) and UV radiative absorption by O3 in the stratosphere and lower mesosphere ([Forbes and Garrett 1978]).

The top-down mechanism originates in the stratosphere where UV radiation modulates local radiative heating at the tropical stratopause.

The new network configuration is intended to help characterize the performance of the Brewers and to collect information relevant to quantifying the effects of tropospheric ozone and fine particles on surface UV levels and radiative forcing.

Lithographic radiative techniques, including ultraviolet (UV) light, X-rays and electron-beam (e-beam), have been used for creating nanostructured surfaces on self-assembled monolayers (SAMs), which offer unprecedented range of surface chemical functionalities.

Strong UV radiation damages DNA.

UV radiation readily penetrates cloud cover.

Data on UV-induced ATP degradation rates were then extrapolated to a diversity of global conditions using a radiative transfer model for UV on Mars.

However, in the majority of the previous papers, rather than the band-edge emission in the UV wavelength range, ZnS nanocrystals always exhibit radiative recombination in the wavelength range of 400 550 nm at room temperature which is related to surface states or deep-level defects [42 44].