Indeed, the thermal quenching of sensitized Er3+ luminescence is small in both samples, indicating that stable room temperature operation of devices based on Er:SRON is possible.
Importantly, the temperature dependence of the mobility and phase coherence length is almost identical for both samples indicating that neither metallization is limiting the thermal equilibrium of carriers.
The N flux was reduced to half along with the growth rate, and the incorporated N content is virtually the same in both samples, indicating that N incorporation is inversely proportional to the growth rate, as has been reported for GaAsN and InGaAsN [44, 45].
The similar PL spectra observed in both samples indicates that the low substrate temperature process followed to keep the mounding morphology after growing thick cap layers has no influence on the optical properties of the InAs QD. Figure 3 Photoluminescence (PL) intensity spectra for 1.4 ML of InAs deposited into GaAs nanoholes capped by 25 nm (black line) or 100 nm (red line) thick GaAs layers.
In contrast, the Sox2 promoter was unmethylated in both samples, indicating that Sox2 expression was unaffected by zebularine.
As shown, all but one of the CCs were identified in both samples, indicating that that most common clones persisted in Massachusetts over the examined time span.
The hybridization showed high concordance of both samples indicating that a large percent of the amplified DNA was barley-derived rather than nonspecific synthesis.
We found approximately the same percentage of exposed subjects in both samples, indicating that between 42% and 45% have estimated BPb levels of ≥ 15 μg/dL.
A similar pattern emerged for both samples, indicating that parents from evacuee households were more likely to have a blue collar occupation, speak native Swedish, and have many children, and less likely to have continued education beyond primary school.
Furthermore, DEGs with "protein binding" and "protein modification" subcategories were also over-presented in both samples, indicating that comprehensive changes had taken place in cells in response to low temperature stress.
