Примери за използване на Wave equation на Английски и техните преводи на Български
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He writes down his new wave equation.
Wave Equation with Three Spatial Variables.
His 1908 paper was on the wave equation.
In the wave equation for the electromagnetic field.
Schroedinger was to give a lecture on his wave equation.
The wave equation for small vibrations is of the form.
Within a few weeks Schrödinger had found his wave equation.
The wave equation for the electromagnetic field in vacuum is.
Could we measure the speed of light using the wave equation?".
I am simply fascinated by your[wave equation] theory and the wonderful new viewpoint it brings.
A pulse traveling through a string with fixed endpoints as modeled by the wave equation.
The wave equation can be modified to deal with more complex, messy phenomena, such as earthquakes.
Maxwell's equations can be written in the form of a wave equation with sources.
And all of you know the wave equation is the frequency times the wavelength of any wave… is a constant.
Working with Smirnov,Sobolev studied functionally invariant solutions of the wave equation.
His groundbreaking wave equation described the movement of electrons by treating them as both particles and waves. .
Kirchhoff's diffraction formula provides a rigorous mathematical foundation for diffraction,based on the wave equation.
Sophisticated versions of the wave equation let seismologists detect what is happening hundreds of miles beneath our feet.
But, probably-- one of my students, Ariel[unclear], said,"Could we measure the speed of light using the wave equation?".
The simplest set of solutions to the wave equation result from assuming sinusoidal waveforms of a single frequency in separable form.
The book deals with, among other topics,Laplace 's equation, mixed boundary value problems, the wave equation, and the heat equation. .
The wave equation for the electromagnetic field in vacuum is◻ A μ= 0{\displaystyle\Box A^{\mu}=0} where Aμ is the electromagnetic four-potential.
These methods allowed them to find closed form solutions to the wave equation describing the oscillations of an elastic medium.
This is the wave equation, and it states that the acceleration of any small segment of the string is proportional to the tension acting on it.
One week later Schrödinger gave a seminar on de Broglie's work and a member of the audience, a student of Sommerfeld's,suggested that there should be a wave equation.
But the most influential insight from the wave equation emerged from the study of Maxwell's equations of electromagnetism.
The biggest prize in this area would be a reliable way to predict earthquakes and volcanic eruptions, andmany of the methods being explored are underpinned by the wave equation.
By performing a few simple manipulations on his equations, he succeeded in deriving the wave equation and deduced that light must be an electromagnetic wave. .
In addition to research in group theory and special functions, he worked on problems in mathematical physics,including electromagnetic theory and applications of the wave equation.
Oddly enough, Schrödinger himself privately developed a relativistic wave equation from his original wave equation, which, in reality, was not that difficult to do, and did so prior to Klein and Gordon, though he never published his results.