Examples of using Gaussian in English and their translations into Turkish
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See also==* Angular momentum* Gaussian quadrature* Legendre polynomials* Spherical harmonics* Whipple's transformation of Legendre functions==Notes
It has a single Gaussian distribution with average metallicity of -1.74 dex with a standard deviation(sigma/σ)
Brocard's Conjecture Catalan's Mersenne conjecture Agoh-Giuga conjecture The Gaussian moat problem:
If the Gaussian surface is chosen such that for every point on the surface the component of the electric field along the normal vector is constant, then the calculation
the multivariate normal distribution, multivariate Gaussian distribution, or joint normal distribution is a generalization of the one-dimensional(univariate)
See also==* Associated Legendre functions* Gaussian quadrature* Gegenbauer polynomials* Legendre rational functions* Turán's inequalities* Legendre wavelet* Jacobi polynomials* Spherical Harmonics== Notes==== References==*, Chapter 2.
See also==* Kelvin transform* Coulomb's law* Divergence theorem* Flux* Gaussian surface* Schwarz reflection principle* Uniqueness theorem for Poisson's equation== Further reading==* James Jeans(1908)"The Mathematical Theory of Electricity and Magnetism", Chapter 8, Cambridge University Press.
A spherical Gaussian surface is used when finding the electric field or the flux produced by any of the following: a point charge a uniformly distributed spherical shell of charge any other charge distribution with spherical symmetry The spherical Gaussian surface is chosen so that it is concentric with the charge distribution.
and I is the Gaussian intensity profile of the beam.
This is the sharpness for the Gaussian convolution. Use this parameter when your blurring is of a Gaussian type. In most cases you should set this parameter to 0,
For a Gaussian time profile, the autocorrelation width is 2{\displaystyle{\sqrt{2}}}
Select here the radius of the unsharpen Gaussian, not counting the center pixel. The algorithm convolve the image with a Gaussian operator of the given radius and standard deviation.
Gaussian control here.
This method was later called Gaussian elimination.
We will pass it through a Gaussian filter.
Take this simple experiment using a Gaussian acceleration device.
Gaussian units classified as a non-rationalized system of electromagnetism units.
Gaussian wave packets also are used to analyze water waves.
Keep it small for Gaussian noise.
Now, using that data, I was able to run a Gaussian plume dispersion model.