The increase in length of carbon doped titania nanotube array increases the efficiency of photo conversion.
As the CH4/N2 ratio increased to 1/5, the absorption of the as-grown CNNC array increased to 78% to 86% in a wideband of 200 to 900 nm.
As the number of rows in the array increases the relative transmission spectrum becomes more complex, with increasingly well-defined bands of high and low attenuation.
Cross-sectional studies using a focused ion beam and TEM show the height of a 2 3 nm SWCNT array increased to about 1 μm with a volume increase of ∼400 times.
Based on the results of the present study, the effect of biofouling on wave elevation is noticeable; the damping effect of the cage array increases with increasing level of biofouling.
Using the equation, it was found that the effective diffusion length of minority carriers in the SiNW array increased from 3.25 to 13.5 μm by depositing Al2O3 and post-annealing at 400°C.
In Experiment 1, infants' preferences for the novel array increased significantly following habituation to stimuli in the familiarization phase.
In prior studies we noted overall feature intensity increases in infection and as the concentration of antibodies applied to the array increases [ 15].
Thus, it is also noteworthy to observe that the absolute number of significant genes on each targeted pathway array increased between week 4 and week 10.
The high density of SNPs on this array increases the probability of capturing functionally relevant polymorphisms within the loci covered on this chip.
