Sentence examples for density of dots from inspiring English sources

Islands with sub-10 nm diameters were observed during the initial ALD cycles by transmission electron microscopy, and in situ observations of the coalescence and sublimation behavior of these islands show the possibility of further modifying the size and density of dots by annealing.

As InAs coverage increases, nucleation proceeds, density of dots increases, but dots are still well separated, as in Fig. 2c.

However, the absorption efficiency is still low due to the limited density of dots and inhomogeneous dot size.

There are a lot of discrepancies between theories and experiments about the parameters that control the size as well as the density of dots.

The density of dots on sample B is measured as 8 × 1010 cm-2 with the dot diameter of 25 nm and average height of 4.1 nm.

Density of QDs decreased with increase in growth temperature whereas in case of InAs coverage, density of dots first increased and then decreased with increase in InAs coverage.

A random dot kinematogram (RDK) motion stimulus [16] was employed with white dots (0.2° diameter) in a 1° 15° annulus with a dot density of 16.7 dots per deg2/s and dot speed of 12 deg/s and in which 3 dot-movies are interleaved.

A Movshon/Newsome-type motion algorithm [17] was employed with white dots (0.2 degree radius) in a 1° 10° annulus with a dot density of 16.7 dots per deg2/s and dot speed of 12 deg/s.

Motion stimuli consisted of 200 white dots (0.2 degree radius) on a black background in a 1° 10° annulus with a dot density of 16.7 dots per deg2 and dot speed of 12 deg/s.

The integrated densities of dots representing each tissue were measured in triplicate and the average values were then normalized to the corresponding integrated densities of GAPDH.

(Again, researchers controlled for the cumulative amount of space occupied by the dots, the density of the dots, and the size of the dots).