The NUVA77 series comes in wavelengths from 365nm ~ 405nm, radiant flux
of 2600mW ~ 3100mW at 500mA, ideal for UV curing, photo catalyst and sensor light applications.
This flux is the arithmetic sum of short-wave radiant flux
, net long-wave radiant flux
, sensible heat flux, vaporization latent heat flux, and advective heat flux.
The radiant flux
K[PHI] may be thought of as aether energy at the velocity of light, which is bound in the line of distance R between the gravitating masses, representing the gravitational energy K[PHI]L2/Rc and the equivalent virtual gravitational mass K[PHI]L2/[Rc.
6) Thus, assuming that the reciprocity law is obeyed, the same photoresponse should be observed when exposures are made: (1) at a high radiant flux
for a short period of time (e.
The XT-290, offered in a 527 nm version, has a typical radiant flux
of 9 mW at 20 mA.
The transmission coefficient [tau] of a diffracting aperture is defined as the radiant flux
transmitted into the positive half space, divided by the radiant flux
incident upon it in the limit of geometrical optics.
Working together with the Luftwaffe Institute of Aviation Medicine, Cassidian has carried out a medicinal study and shown that the dazzle effect falls below the radiant flux
density which is permissible for eyes.
The radiometer scans a hemispherical area around the equipment being evaluated and, by integrating the net radiant flux
through this area, measures the total radiant flux
from the equipment to the room.
It can uniformly irradiate test specimens with a high-intensity ultraviolet radiant flux
while accurately and precisely controlling this flux, in addition to other weathering elements such as temperature and relative humidity, in order to predict the service life of polymeric materials.
The net radiant flux
between layers is obtained by taking the difference between radiosities at the bounding surfaces.
Although the radiant intensity I of the edge is infinite as 1/ [square root of (r)], the radiant flux
Id[ohm] emitted into any given solid angle element d[ohm]=rd[empty set] dy is zero as r [right arrow] 0.
In the first three steps equations are derived for the fluorescence radiant flux
, the signal from the detection system, and the fluorescent spectral radiance.