Sentence examples for UV radiant from inspiring English sources

The MWEUV lamp would lead to a further development of simple and high efficiency photochemical reactor owing to its unique advantages [ 17– 19]: high UV radiant power, long lifetime, and being immersed into reaction solution with adaptable lamp shapes.

Both acute and chronic UV exposure can lead to various ophthalmic abnormalities, associated with photochemical damage to cellular systems with the appearance of typical abnormalities; the type and extent of damage from UV radiant energy are associated with the wavelength, duration, intensity, and size of the exposure [ 23– 25].

The cornea was then exposed to ultraviolet radiant energy from a solid-state UV lamp source (light-emitting diode (LED)) at a wavelength of 365 370 nm (in the UV-A spectral band) at an irradiance ("exposure dose rate") of 30 mW/cm2 for 3 min to achieve a total radiant exposure ("total dose") of 5.4 J/cm2.

Experiments with groundwater, at UV-A radiant power per unit volume 6.57 W/L, show an optimum DCF removal at pH ∼ 6 and TiO2 loading near 0.5 g/L with maxima of DCF molecular degradation and mineralization ∼99.5% and ∼69%, respectively.

We did not have information on local meteorological data regarding radiant UV-B for the period under investigation.

Excilamps are mercury-free gas-discharge sources of non-coherent VUV or UV radiation with high radiant power and a long lifetime.

Sustained exposure to two forms of radiant energy namely, UV light and ionizing radiation is carcinogenic for humans.

Upon UV annealing process, the radiant thermal energy of UV lamp increases the surface temperature of the substrate to 110°C to 120°C.

Based on residential histories, UV flux is calculated where UV flux units represent radiant energy per unit area and are measured in Robertson Berger (RB) metre units (Fears et al, 2002).

Our UV irradiation system consists of two inexpensive and low radiant power fluorescent UV tubes (3 mW cm−2, 280 380 nm) enclosed in a hygrometric chamber.

The radiant dose (mJ/cm) of far-UV is dependent upon the amount of time and the distance the device is held from the surface being treated.