The one-dimensional model indicated that non-random spatial distribution of individuals could emerge through threshold-based spatial mutual exclusion.
Experiments using a scanning laser slit and calculations using a corresponding one-dimensional model indicate that nonlinear changes in the optical properties of the film during decomposition can lead to both steady state multiplicity and dynamic instabilities.
Three-dimensional modeling indicates that the severely truncated CRYBA1 polypeptides produced by the cKO construct could not fold properly or be functional (Fig. 1A).
Here we present results from a fully coupled, three-dimensional carbon climate model, indicating that carbon-cycle feedbacks could significantly accelerate climate change over the twenty-first century.
Comparison of the test results and three dimensional finite element (FE) model indicates that FE analysis can be used to predict the connection behaviour with sufficient accuracy.
Numerical simulations using a one-dimensional root water uptake model indicate that the seasonal variations in ETg at both sites were primarily dependent on the potential evaporation rates.
The comparison of the calculating results with those of the two-phase transient computational code OLGA (with a dynamic, one-dimensional, extended two-fluid model), indicates the new pigging model has a good precision and high speed in calculation.
Confirmatory factor analysis indicated that both the four- and five-dimensional model show an adequate fit in the sample.
The temperature-dependent resistance was analyzed with the Efros-Shklovskii variable range hopping model, indicating three-dimensional electron hopping conduction in the disordered helical wires.
Three-dimensional inverse modeling indicates highly conductive anomalies representing fault zone conductors along the Ganos Fault.
A dimensional model, in contrast, indicates that men and women come from the same general pool, differing relatively, trait by trait, much as any two individuals from the same group might differ.
