A similar line corresponding to a second bearing will intersect the first and fix the position of the vessel relative to the navigation hazard, as shown in the figure.
The lines represent an exponential decay of MB concentration corresponding to a first-order kinetics.
Data points for Phe are compared with fits to exponential regressions corresponding to a first-order model.
In practice, the CPSD is estimated using a recursive smoothing procedure corresponding to a first-order low-pass filter [35], i.e., Φ ̂ i ℓ ( g ) n, λ = α Φ ̂ i ℓ ( g ) n, λ − 1 + ( 1 − α ) y i ( g ) n, λ y ℓ ( g ) ∗ n, λ, (7).
The results corresponding to a second-order q-difference equation with anti-periodic boundary conditions appear as a special case.
We used Theorems 2.1 and 2.2 to approximate the integrals that arise in the formulation of the discrete systems corresponding to a second-order boundary value problem.
We used these theorems to approximate the integrals that arise in the formulation of the discrete systems corresponding to a second-order boundary value problem.
Making λ → 0 into Equations (27), (28), (42), and (43) we obtain the similar solutions (48 - 51 48 - 51ponding to a secorrespondinguid performing toe same motion.
Fig. 4 Parametric sweeping of a Lyapunov exponent spectrum: orange-colored zones indicate chaotic dynamics in the model, while a regular dynamics region is painted in grey colors of varying tint corresponding to a second Lyapunov exponent of zero value, and darker shades for negative values.
Eight serial isolates, each corresponding to a second isolate obtained from one of 8 different patients from Rio de Janeiro, were also included in order to explore the clonality of M. tuberculosis infection in the studied population and to test the consistence of the genotyping results.
