Sentence examples for radiant source from inspiring English sources

The measured boundary conditions are applied to realistically simulate the fluence/irradiance rate around the radiant source, in particular, in the zone closest to the radiant source.

Ignition of the modeled leaf-like fuel element at three initial moisture contents (5%, 40%, or 80%) exposed to a 1500 K radiant source was simulated.

The derived results were found to be in reasonable agreement with earlier data derived for a narrow range of radiant source temperatures.

Nonpiloted ignition processes of a thin poly methyl methacrylate) (PMMA) sheet (0.2 mm thick) with a laser beam as an external radiant source are investigated using three-dimensional, time-dependent numerical calculations.

The effect of the sample orientation angle on frontside (irradiated surface) ignition and subsequent backside (nonirradiated surface) flame appearance over thin poly methyl methacrylate) (PMMA) sheets having thicknesses of 0.2 and 0.5 mm has been experimentally investigated, using a CO2 laser as an external radiant source in quiescent normal gravity.

Although the analysis can be equally applied for any specific material, it was employed for the calculation of the total infrared transmittance of Tedlar films for the wavelength band between 2.5 to 42.5 μm and for a broad range of radiant source temperatures between –20 and 500°C.

Electric output characteristics of the TPV cells in the combustion-driven radiant sources are presented.

However, only limited data are available in the literature with respect to the performance of these TPV cells in combustion-driven radiant sources.

"If we want an ambient temperature of 75 degrees, we will cool the water to 65 degrees so that the water feature becomes a radiant chilling source as well".

"How can I get greater efficiency and a higher circulation of air from a radiant heat source?" What the engineers at Dyson -- the outfit that rethought the way vacuum cleaners and hand dryers work -- have done with this device is to make use of a new way to heat air and move it around a room.

Parabolic heaters, each consisting of a radiant heat source with a parabolic reflector, are used in engineering fields.