... There were many attempts to find physically interesting relativistic wave equations for particles with internal degrees of freedom [7]. They were motivated largely by the desire to find a relativistic wave ...
... the equation, we follow the technique developed by Yakubovich and Luchko , [16] which consists in applying Laplace and Fourier transform together with the Mellin trans- ...
... non-homogeneous waveequation, is a subject of particular interest in many physics and engineering ...the waveequation involved in the emission and reception of a signal in a synthetic ...
... the wave propagation are ...(Poisson’s equation) with those calculated from the inho- mogeneous Helmholtz waveequation in an infinite, homogeneous, and isotropic volume conductor using a ...
... This study incorporated the participation of 40 students (34 men and 6 women) from an Ecuadorian University. The students were between 20 and 25 years old and they were registered in a course of Calculus III. Two groups ...
... the waveequation, based on the semi- discrete scheme, for which the velocity of propagation of all numerical waves does not vanish as both h and ∆t, the time discretization parameter, tend to ...
... using waveequation datuming that does not require the detection of seafloor reflection and avoids the seafloor reflection prediction and related approximations in the post-critical ...
... the waveequation is essential for the development of laser cutting technologies, particle and atom trapping, as well as for radar, antennas, and fiber optics ...the waveequation, and ...
... 3.3.4. Estimates on the gap between two consecutive eigenvalues. As we mentioned in the introduction, the first motivation of this work was the problem of the uniform boundary observability and controllability of ...
... In interpreting the Dirac equation as a waveequation, as has been our practice up to now, we have ignored a number of fundamental difficulties. The equa- tion possesses negative energy solutions and, ...
... finite number of terms of the Fourier series and this allows to find approximations of wave solutions. initial displacement solution of wave equation[r] ...
... It will be instructive to now follow the historical development rather than begin immediately with quantum field theory. For one thing, it is concep- tually easier to investigate the properties of the Dirac ...
... d waveequation lacks of the classical observability property guaranteeing that the total energy of solutions may be bounded above by the energy localized in an open subset of the domain where the ...
... coherent wave propagating with an effective wave velocity, its amplitude being attenuated because of the energy being scattered away from the direction of ...scalar waveequation for the ...
... one-dimensional waveequation in terms of its initial data and it was seen that this is a consequence of the fact that solutions gain one derivative when crossing the ...the waveequation ...
... Theconceptual terminology solitons was introduced by Zabusky and Kruskal [16] to refer to travelling waves having a stability property in the interaction . Another property is the center of mass of this soliton. ...
... We present a mathematical model to describe the dynamic of the tympanic membrane in the fix- ing of the ossicular chain. The model has been derived from the equation of free wave, consider- ing first ...
... La creación de una emisora en Internet que me permita trasmitir datos por medio de tecnologías basadas en streaming se convierte en una solución de fácil acceso para la transmisión de ar[r] ...
... If a question asks for an equation for a reaction, a balanced symbol equation is usually expected, do not award a mark for a word equation or an unbalanced equation unless directed othe[r] ...