Примеры использования Perturbation на Английском языке и их переводы на Русский язык
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Perturbation Methods in Applied Mathematics.
The response of users to the use of perturbation techniques;
Finite speed of perturbation propagation is established.
We obtain the eigenvalues and plots of perturbation velocity.
Perturbation theory also looks at deformations, in general of operators.
But let us not deny that this perturbation brings renewed possibilities.
Perturbation in precritical modes of flow asymptotical aspired to zero.
Weakly Ill-posed Problems of Integral Geometry witch Perturbation on Polygonal Lines.
Therefore, k·p perturbation theory is most accurate for small values of k.
In 1934 he devised a fully Lorentz-covariant perturbation theory for quantum fields.
Finite perturbation velocity for water saturation is estimated.
For more eccentric disposal orbits, the perturbation effect could be greater than 35 km.
Calculating this dispersion is one of the primary applications of k·p perturbation theory.
The overall orbital perturbation, δ, can be represented empirically by two components.
The presentation also reported on results on the impact of the perturbation applied in terms of number of changes.
RF perturbation from other wireless network(s) communicating on same frequency.
Of course, there are phisics of polymers, perturbation theory, phisical kinetics, mean field theory.
His pupils and he himself successfully developed the new method of calculations in quantum field theory- analytical perturbation theory.
The analysis that results is called"k·p perturbation theory", due to the term proportional to k·p.
Osculating orbital parameters of irregular satellites of Jupiter change widely in short intervals due to heavy perturbation by Jupiter.
It is based on quantum mechanics(first-order perturbation theory) and the random phase approximation.
Application of perturbation method at the decision of contact problems for bodies with a curvilinear anisotropy.
More precisely, for a given classical system we construct its perturbation by a Markov process called a dynamic quantum model DQM.
For a flat flame perturbation wavelength const and above relations after integration leads to an exponential function.
In this case,the value of the imaginary part, which determines the frequency of oscillations of the perturbation, corresponds to the frequency of the voltage fluctuations in the system.
Finally, this perturbation with a given wavelength over time not only changes in amplitude, but the wavelength- stretched in the same ratio as the radius.
Indeed, such second-order and higher-order perturbation calculations can give apparently infinite contributions to the sum.
The equivalent perturbation[math]M[/math] of the algorithm does not exceed the perturbation[math]\delta A[/math] that results from inputting the data into memory.
Method of boundary states in combination with perturbation technique discovers its efficiency on heterogeneous problems of elastostatics.
It is shown that the perturbation of the Kuiper belt exceeds the gravitational influence of the 9-th hypothetical remote(further 550 au) planet; that must be taken into account searching for the 9th planet.