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1 paraxial approximation
Электроника: параксиальное приближениеУниверсальный англо-русский словарь > paraxial approximation
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2 paraxial approximation
опт. параксиальное приближениеEnglish-russian dictionary of physics > paraxial approximation
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3 paraxial approximation
English-Russian electronics dictionary > paraxial approximation
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4 paraxial approximation
The New English-Russian Dictionary of Radio-electronics > paraxial approximation
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5 paraxial approximation
English-Russian dictionary of electronics > paraxial approximation
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6 approximation
б) аппроксимирующий ( математический) объект (выражение, функция, кривая, поверхность и др.); приближение; приближённое значение2) приближение; приближённая теория; приближённые расчеты3) моделирование; имитация•- asymptotic approximation
- best approximation
- bidirectional approximation
- Born approximation
- central-field approximation
- chain approximation
- cluster approximation
- Coulomb approximation
- crude approximation
- effective-mass approximation
- envelope-function approximation
- flat spectrum approximation
- fractal approximation of image
- Fraunhofer approximation
- free-electron approximation
- Fresnel approximation
- function approximation
- functional approximation
- geometrical optics approximation
- global approximation
- Hartree-Fock approximation
- hydrodynamic approximation
- local-density approximation
- many-electron approximation
- molecular field approximation
- nearest neighbor approximation
- nonrelativistic approximation
- one-electron approximation
- paraxial approximation
- plasma approximation
- polynomial approximation
- progressive approximation
- quasi-classical approximation
- quasi-harmonic approximation
- random-phase approximation
- ray-optics approximation
- Reuss-Voigt-Hill approximation
- rough approximation
- saddle point approximation
- self-consistent field approximation
- spline approximation
- stochastic approximation
- successive approximation
- thin-lens approximation
- tight-binding approximation
- unidirectional approximation
- weak-binding approximation
- weighted approximation
- WKB approximation -
7 approximation
б) аппроксимирующий (математический) объект (выражение, функция, кривая, поверхность и др.); приближение; приближённое значение2) приближение; приближённая теория; приближённые расчеты3) моделирование; имитация•- asymptotic approximation
- best approximation
- bidirectional approximation
- Born approximation
- central-field approximation
- chain approximation
- cluster approximation
- Coulomb approximation
- crude approximation
- effective-mass approximation
- envelope-function approximation
- flat spectrum approximation
- fractal approximation of image
- Fraunhofer approximation
- free-electron approximation
- Fresnel approximation
- function approximation
- functional approximation
- geometrical optics approximation
- global approximation
- Hartree-Fock approximation
- hydrodynamic approximation
- local-density approximation
- many-electron approximation
- molecular field approximation
- nearest neighbor approximation
- nonrelativistic approximation
- one-electron approximation
- paraxial approximation
- plasma approximation
- polynomial approximation
- progressive approximation
- quasi-classical approximation
- quasi-harmonic approximation
- random-phase approximation
- ray-optics approximation
- Reuss-Voigt-Hill approximation
- rough approximation
- saddle point approximation
- self-consistent field approximation
- spline approximation
- stochastic approximation
- successive approximation
- thin-lens approximation
- tight-binding approximation
- unidirectional approximation
- weak-binding approximation
- weighted approximation
- WKB approximationThe New English-Russian Dictionary of Radio-electronics > approximation
См. также в других словарях:
Paraxial approximation — In geometric optics, the paraxial approximation is an approximation used in ray tracing of light through an optical system (such as a lens).cite book | first=John E. | last=Greivenkamp | year=2004 | title=Field Guide to Geometrical Optics |… … Wikipedia
Small-angle approximation — is a useful simplification of the laws of trigonometry which is only approximately true for finite angles, but correct in the limit as the angle approaches zero. It involves linearization of the trigonometric functions (truncation of their Taylor … Wikipedia
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Fourier optics — is the study of classical optics using techniques involving Fourier transforms and can be seen as an extension of the Huygens Fresnel principle. The underlying theorem that light waves can be described as made up of sinusoidal waves, in a manner… … Wikipedia
Helmholtz equation — The Helmholtz equation, named for Hermann von Helmholtz, is the elliptic partial differential equation:( abla^2 + k^2) A = 0where abla^2 is the Laplacian, k is a constant, and the unknown function A=A(x, y, z) is defined on n dimensional… … Wikipedia
Optics — For the book by Sir Isaac Newton, see Opticks. Optical redirects here. For the musical artist, see Optical (artist). Optics includes study of dispersion of light. Optics is the branch of … Wikipedia
Negative index metamaterials — A negative index metamaterial causes light to refract, or bend, differently than in more common positive refractive index materials. Negative index metamaterials or negative index materials (NIM) are artificial structures where the refractive… … Wikipedia
Gaussian beam — In optics, a Gaussian beam is a beam of electromagnetic radiation whose transverse electric field and intensity (irradiance) distributions are well approximated by Gaussian functions. Many lasers emit beams that approximate a Gaussian profile, in … Wikipedia
Thin lens — In optics, a thin lens is a lens with a thickness (distance along the optical axis between the two surfaces of the lens) that is negligible compared to the focal length of the lens. Lenses whose thickness is not negligible are sometimes called… … Wikipedia
Cardinal point (optics) — For other uses, see Cardinal point (disambiguation). In Gaussian optics, the cardinal points consist of three pairs of points located on the optical axis of an ideal, rotationally symmetric, focal, optical system. For ideal systems, the basic… … Wikipedia
Focus recovery based on the linear canonical transform — Focus recovery from defocused image is an ill posed problem since it loses the component of high freqency. Most of the methods for focus revocery are based on depth estimation theory [Most of depth recovery methods are simply based on camera… … Wikipedia
