We demonstrate that the very low lattice thermal conductivity achieved is attributed to phonon scattering at high-contrast atomic mass solute atoms rather than from the contribution of secondary phases.
From the resulting observations, we can conclude that the high density of the nanowires achieved is attributed to the larger number of ZnO seeds on the FTO surface prepared by several spin-coating times [11, 12], and that, however, this seed preparation method results in a greater variation in nanowire diameter.
Superior PCE of 1.01% achieved was attributed to the surface plasmon resonance (SPR) effect of Au-NPs near 520 nm which promoted improved dye light absorption resulting in more electrons generation as indicated in the significant increment of the short circuit current density, JSC.
The high level of accuracy and reproducibility that was achieved is attributed to use of the Illumina BeadChip platform and analysis of cells cultured under carefully controlled growth conditions that minimize differences between biological replicates.
When alcohol and water volume ratio is 1 2, the strongest emission intensity and shortest lifetime decay is achieved, which is attributed to the integrity of better particle getting from structure of alcohol/water template.
Superior strengths in excess of 849 MPa are achieved and are attributed to two major substructures with different scale; nanometer sized η′ metastable precipitates and slightly larger, but finely distributed dispersoids which provide a fiber-like reinforcement.
6 Interestingly, in case of the isopropyl derivative C6F5P(N iPr2)2 neither formation of a selenophosphorane nor coordination to (carbonyl Rh complexes could be achieved, which was attributed to steric and electronic factors.
The fact that even in the VEGF group sufficient vascular supply was not initiated and cell survival was not achieved could be attributed to the biological instability of VEGF in vivo as well as the short stimulation time [ 3].
The findings suggest challenges in achieving program outcomes attributed to the feasibility of implementation strategies.
This led to dehydration and penetration of CPA being difficult to achieve, which attributes to the difficulty in cryopreservation.
