Sentence examples for emitting points from inspiring English sources

The formation of the carbon nanonet structures at the top of the CNT array decreases the numbers and enlarges the sizes of emitting points.

β is a parameter depending on the aspect ratio of the nanostructures, crystal structures, and the density of the emitting points; d is the average spacing between the electrodes (d = 100 μm in this work) and V is the applied voltage.

This effect of absorbing or emitting point defects can have significant implications for nanomaterials with a high volume fraction of GBs or interfaces.

We use the autocorrelated random walk method to represent the time-varying directionality of indoor emissions, thereby predicting the time series and frequency distributions of concentrations close to an actively emitting point source.

Emissions from about 500 continuously emitting point sources (or clusters of sources in close proximity), including 47 in India and 82 in China, are derived from OMI and wind data by tracking the downwind decay of the plumes.

It turned out that the distance between the shading point and the light emitting point was so small that the PDF returned by the light was very close to 0 (but not quite zero), and was causing the returned radiance to be extremely high.

In the following comparisons a isotropic emitting point source distribution and the Henyey-Greenstein phase function are considered.

Figure 3 shows the fluence obtained from the analytical solution and the Monte Carlo method for a relatively small distance to the isotropic emitting point source.

The correlates of spatial variability in total BTEX we observed in New York City are also consistent with known local emission sources including traffic and solvent usage [ 12] and with prior studies linking higher BTEX concentrations to traffic as well as distance to VOC emitting point sources [ 20, 21, 41].

In addition for conformist lead / acid batteries you must make sure the correct location of the emitting point.

By the beginning of the 17th century, however, it was known that rays of light travel in straight lines, and in 1604 Johannes Kepler, a German astronomer, published a book on optics in which he postulated that an extended object could be regarded as a multitude of separate points, each point emitting rays of light in all directions.