Examples of using Wave equation in English and their translations into Portuguese
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the asymptotic behavior of solutions for the wave equation with memory.
In this work, we propose a differential optical ow method based on the wave equation.
In[25] the authors prove existence of global attractors for the following semilinear damped wave equation'\épsilon u ind.
At first we study the decay rates for the wave equation subject to the action of a localized frictional dissipation.
The wave equation in the one-dimensional case can be derived from Hooke's Law in the following way:
because the Schrödinger equation is mathematically a type of wave equation.
uniqueness and regularity for an wave equation with potential we follow the ideas of l. a. medeiros et al.
In acoustics, the differential equation is the wave equation, and scattering studies how its solutions,
The wave equation is an important second-order linear partial differential equation for the description of waves- as they occur in physics- such as sound waves,
Based on studies of nondiffracting waves, in this paper we demonstrate possible solutions for the wave equation for the scalar case
The wave equation followed by mechanical systems is similar to,
Also show that when we compare the method of multipliers with the microlocal analysis for the wave equation, make us believe that assuming the observability inequality is still the best choice.
in particular, the wave equation.
De Broglie's prediction of a wave nature for electrons led Erwin Schrödinger to postulate a wave equation for electrons moving under the influence of the nucleus in the atom.
the reverse time migration based on pseudo-acoustic vertical transversely isotropic wave equation(rtm vti), and the reverse time
Once established a solution to the wave equation in a neighbourhood of a point of the manifold,
In this work, to solve the wave equation in the time domain,
Furthermore, while the wave equation considers the transmission of one dimensional longitudinal waves through piles,
On Wikipedia, I saw something interesting that I have heard many times. It said that Maxwell's electromagnetic wave equation predicted a wave that, contrary to the ideas of the time,
which states that the time reversed solution of a wave equation is also a solution to the wave equation since standard wave equations only contain even derivatives of the unknown variables.
