Sentence examples for lamp radiation from inspiring English sources
A more uniform flow rate and radiation distribution provided greater reactor performance under similar flow rates and lamp radiation powers.
The experiments were performed at room temperature using 15 mL of a solution of MB (20 mg L−1) containing 0.1 mL of each conjugate catalyst under mechanic stirring (330 rpm) and a mercury lamp radiation source (15 W, at λ = 254 nm).
When present, the heat source term due to internal lamps radiation in cylindrical coordinates can be calculated from: begin{aligned} q_{mathrm{g~Internal~Lamps}}^=bigg (K_mathrm{a}-frac{1}{r}bigg )cdot I_mathrm{ri}cdot mathrm{exp} -K_mathrm{a}cdot (r-r_mathrm{exp} -K_mathrm{a}cdot(I_mathrm{ri}) indicates the radiative heat flux incidend{aligned inner surface and (r_mathrm{i}) the inner radius.
The term corresponding to internal generation (q_mathrm{g}^) due to external lamps radiation can be calculated by means of Eq. 7 and depends on the radial coordinate r only in the model with uniform radiation, while it is a function of r, (vartheta) and time, (tau), when considering the view factor distribution due to pipe geometry and oven configuration for the calculation of (I_mathrm{re}).
As the water flows past, at a rate of 15 liters per minute, the lamp's radiation deadens the DNA of any bacteria, viruses, or molds.
Assessment of the prospects of the samples was performed with a commercial 12-W UV lamp with radiation range 315 280 and 300 400 nm.
Densitometric analysis was done with CAMAG TLC scanner III with scanning speed of 20 mm/sec at detection wave length of 360 nm and 615 nm by employing D2 & W lamp as radiation source and the procedure were operated by winCATS software (Ver. 1.2.0).
The results presented here are in agreement with previously reported results for photocatalytic degradation of other chlorinated pesticides using lamps as radiation sources.
In order to limit the heating of the sample, which destabilizes the foam, the lamps' infrared radiation was extinguished by an optical filter.
The plants were grown in a randomized block design in a naturally lit greenhouse with additional lamps (photosynthetically active radiation level of the lamps was 250 μmol m−2 s−1 at plant level, 14/10 h light/dark) in March May 2013 in Amsterdam, The Netherlands.
It utilizes a low-pressure mercury lamp that emits radiation at the relevant wavelengths of 184.9 and 253.7 nm [9].
