wave number

During the attract mode, a sneaker will appear in place of the wave number.

In general the frequencies of stellar oscillations depend on all three wave numbers.

In a graphical analysis of the output intensity versus wave number, this is represented by peaks.

Where k is the wave number.

One of them will have greater magnitude than the other, depending upon wave number and the initial radius of the stream.

The quantity will turn out to be the wave number of the phonon, i.e. 2π divided by the wavelength.

Quantum mass manifests itself as a difference between an object's quantum frequency and its wave number.

The component that grows the fastest is the one whose wave number satisfies the equation:

Turing bifurcation to a globally patterned state with a dominant finite wave number.

We can do this by relating the wave number to the refractive index through , with being the vacuum wavelength.

The wave equations are also valid below the cutoff frequency, where the longitudinal wave number is imaginary.

Wave number four was targeted at two medics and a refugee aid worker, Maria Loley.

The result is , 3D Debye-Hückel screening wave number.

After defeating this final boss, the wave number switches to two hearts and a final level plays which contains only beasties.

Determination of the wave number is therefore possible by determining the roots of the Bessel function of the first kind.

Concanavalin A has a low-frequency wave number of 20 cm in its Raman spectra.

Here is a function with the same periodicity as the crystal, n is the band index and k is the wave number.

Two mailbombs of wave number five detonated early in mailboxes, the remaining two were discovered and neutralized.

For a scalar field the Fourier transform of is a function of the spatial wave number, and the temporal frequency.

Using the well known dependence of the wave number on the refractive index of the medium, we derive Snell's law immediately.

As well as the frequency spectrum, one can define wave number spectra - Fourier transforms of the space correlations.

One finds that the wave number 'k' is replaced by a three-dimensional wave vector 'k'.

Porod's law is concerned with wave numbers q that are small compared to the scale of usual Bragg diffraction; typically .

The function can be expressed as the superposition of harmonic waves with varying wave numbers () and frequencies ().

The wave number k is the absolute of the wave vector and is related to the wavelength .