The greatest common divisor g of two nonzero numbers a and b is also their smallest positive integral linear combination, that is, the smallest positive number of the form ua + vb where u and v are integers.
This finding is important to the Partial Turbulence Simulation approach since there may be a range of turbulence intensity – integral scale combinations which can yield the same aerodynamic behavior, allowing more flexibility for choosing the model length scales.
The set of all integral linear combinations of a and b is actually the same as the set of all multiples of g (mg, where m is an integer).
Such aberration integrals allow combinations of the corrector with other lenses to be calculated, even if the fields overlap.
Gamma doses were predicted from the beta responses, to evaluate the effectiveness of retrospective dose evaluation for different signal integrals, preheat combinations, and dose intervals.
The integrands of these integrals are combinations of the gravitational gradients and tensor spherical harmonics (which are globally orthogonal).
Using integrals of combinations of Bessel functions, exponentials, and powers, for example, [15, Equation (3.381.4)] and, [15, Equation (6.621.3)], it can be shown that the following expression for average SER can be obtained from (23): (23).
A meshfree scheme is achieved through approximating the normalized displacements in the domain integrals by a combination of the radial basis functions and the polynomials.
The line-integrals are evaluated using a combination of exact integrals and high-order Gaussian quadrature.
In other words, it means that the Choquet integral is a convex combination of the scores z i on all criteria, and of all disjunctive and conjunctive combinations of scores on pairs of criteria.
