Linkage group assignment followed by marker ordering and calculation of genetic distances resulted in 3876 (69%) NM markers assigned to map positions.
This in turn determines the solutions to higher-order calculation problems and, by inclusion, the outcomes of decision-making processes.
Firstly, by applying fractional-order calculation, the properties of the global asymptotical stability and convergence in finite time are developed for the fractional-order differential equation system.
We employed the 3D finite difference method based on rotated staggered grids with second-order calculation accuracies in time and space (Saenger 2000).
A link to MicrOMEGAs allows to compute the dark matter relic density, and a rough (lowest order) calculation of BR(b→sγ) is performed.
The novel density dependencies of M∗ and F∇,so,J kf) as predicted by our parameterfree (leading order) calculation should be examined in nuclear structure calculations (introducing at least an additional short range spin orbit contribution constant in density).
This first-order calculation shows that in acidic environment, the isotopic composition of the free Zn available for plants will be up to 0.1‰ lighter for a DOC concentration of 50 mg/L compared to 10 mg/L.
It is shown that whilst first order theory is adequate to predict the imaginary part, a second order calculation is required to predict the behaviour of the real frequency variation.
A first-order calculation shows that the stress required to break the columns and thus to initiate the fault is of the same order of magnitude as the terminal failure stress.
In a third step, as an application, we present a second-order calculation of the equilibrium shape of the crack front, when it penetrates a single infinitely elongated obstacle or a periodic distribution of such obstacles.
