Inverse spectral (free-air admittance and Bouguer coherence) methods indicate that, unusually for continents, the coherence between free-air gravity anomalies and bedrock topography is high (>0.5) and that the elastic thickness of the lithosphere is anomalously low (<15 km), in contrast to previously reported values of up to ∼70 km.
representative sample using response surface methods indicate that job pressure had much stronger effects on job satisfaction, perceived support, and depression when it exceeded the pressure that would be expected given the occupational role's norms for time pressure and critical decision-making demands.
Recent reports using 1H-NMR-based methods indicate that somewhere between 40 to 60 metabolites can be identified [55] [58], but 1H-NMR-based methodology has its limits [54].
Results of the comparison between conventional and optimized 2SFCA methods indicate that optimized method effectively estimates accessibility at low distance (500 meters or less).
However, similarity between the droplet lifetimes obtained by both methods indicate that surface effects may be small in these protein folding experiments.
The consistent results from both methods indicate that 17-DMAG protects bone marrow cells from irradiation, suggesting the improved bone marrow cell viability may contribute to increased 30-day survival in irradiated mice pretreated with 17-DMAG.
A graph of cell counts indicates a significant difference between 0.035 and 0.025 cells/µm, and the methods indicate that counts of cells were taken between the first and second neuromasts.
Validation studies on these methods indicate that the proposed method is credible.
The design methods indicate that there can be a significant disagreement on the required separator size.
Elemental analysis, FTIR, 1H-NMR, and fluorescence spectroscopy methods indicate that there is a notable difference between their structures.
Both estimation methods indicate that joining agricultural cooperatives has a positive impact on the wellbeing of smallholder farmers.
