algebraic surface oor Sloweens

algebraic surface

Vertalings in die woordeboek Engels - Sloweens

algebrska ploskev

algebraic variety of dimension two

voorbeelde

Pictures of algebraic surfaces by Herwig Hauser.
Slike algebrskih površin Herwiga Hauserja (v angleščini)

He also worked on the theories of boundary value problems, probability, and on the topology of algebraic curves and surfaces.
Raziskoval je teorijo problemov mejnih vrednosti, teorijo verjetnosti (verjetnostni račun) in topologijo algebrskih krivulj in ploskev.

In number theory and algebraic geometry, a modular curve Y(Γ) is a Riemann surface, or the corresponding algebraic curve, constructed as a quotient of the complex upper half-plane H by the action of a congruence subgroup Γ of the modular group of integral 2×2 matrices SL(2, Z).
Modularna krivulja Y(Γ) je v teoriji števil in algebrski geometriji Riemannova ploskev ali odgovarjajoča algebrska krivulja, ki nastane kot kvocient kompleksne zgornje polravnine H z delovanjem kongruenčne podgrupe Γ modularne grupe vseh matrik 2x2 oziroma njihovih modularnih grup (SL(2, Z)).

Topology of algebraic curves and surfaces. 17
Topologija algebrskih krivulj in ploskev 17.

Optical distortion in a direction M-M': The algebraic difference in angular deviation measured between two points M and M' on the surface of the glass pane, the distance between the two points being such that their projections in a plane at right angles to the direction of vision are separated by a given distance x (see figure
Optično popačenje v smeri M-M': algebraična razlika kotnih odklonov Δα, izmerjenih med dvema točkama M in M' na površini steklene plošče, pri čemer je razdalja med točkama taka, da je razdalja med njunima projekcijama na ravnino, pravokotnima na ravnino pogleda, enaka dani razdalji Δx (glej sliko

Optical distortion in a direction M-M': The algebraic difference in angular deviation measured between two points M and M' on the surface of the glass pane, the distance between the two points being such that their projections in a plane at right angles to the direction of vision are separated by a given distance x (see figure 6).
Optično popačenje v smeri M-M': algebraična razlika kotnih odklonov Δα, izmerjenih med dvema točkama M in M' na površini steklene plošče, pri čemer je razdalja med točkama taka, da je razdalja med njunima projekcijama na ravnino, pravokotnima na ravnino pogleda, enaka dani razdalji Δx (glej sliko 6).

Optical distortion in a direction MM′: the algebraic difference in angular deviation Δα measured between two points M and M′ on the surface of the safety-glass pane, the distance between the two points being such that their projections in a plane at right angles to the direction of vision are separated by a given distance Δx (see Figure
Optično popačenje v smeri MM′: algebraična razlika kotnih odklonov Δα, izmerjenih na dveh točkah M in M′ na površini varnostne steklene plošče, pri čemer je razdalja med točkama taka, da je razdalja med njunima projekcijama na ravnino, pravokotnima na ravnino pogleda, enaka dani razdalji Δx (glej sliko

Optical distortion in a direction MM′: the algebraic difference in angular deviation Δα measured between two points M and M′ on the surface of the safety-glass pane, the distance between the two points being such that their projections in a plane at right angles to the direction of vision are separated by a given distance Δx (see Figure 6).
Optično popačenje v smeri MM': algebraična razlika kotnih odklonov Δα, izmerjenih na dveh točkah M in M' na površini varnostne steklene plošče, pri čemer je razdalja med točkama taka, da je razdalja med njunima projekcijama na ravnino, pravokotnima na ravnino pogleda, enaka dani razdalji Δx (glej sliko 6).

9.2.1.1.2. Optical distortion in a direction MM′: the algebraic difference in angular deviation Δα measured between two points M and M′ on the surface of the safety-glass pane, the distance between the two points being such that their projections in a plane at right angles to the direction of vision are separated by a given distance Δx (see Figure 6).
9.2.1.1.2 Optično popačenje v smeri MM′: algebraična razlika kotnih odklonov Δα, izmerjenih na dveh točkah M in M′ na površini varnostne steklene plošče, pri čemer je razdalja med točkama taka, da je razdalja med njunima projekcijama na ravnino, pravokotnima na ravnino pogleda, enaka dani razdalji Δx (glej sliko 6).

Optical distortion in a direction MM′: the algebraic difference in angular deviation Δα measured between two points M and M′ on the surface of the safety-glass pane, the distance between the two points being such that their projections in a plane at right angles to the direction of vision are separated by a given distance Δx (see Figure 6).
Optično popačenje v smeri MM′: algebraična razlika kotnih odklonov Δα, izmerjenih na dveh točkah M in M′ na površini varnostne steklene plošče, pri čemer je razdalja med točkama taka, da je razdalja med njunima projekcijama na ravnino, pravokotnima na ravnino pogleda, enaka dani razdalji Δx (glej sliko 6).

9.2.1.1.2. Optical distortion in a direction M-M': The algebraic difference in angular deviation Δa measured between two points M and M' on the surface of the glass pane, the distance between the two points being such that their projections in a plane at right angles to the direction of vision are separated by a given distance Δα (see Figure 6).
9.2.1.1.2 Optično popačenje v smeri M-M': algebraična razlika kotnih odklonov Da, izmerjenih med dvema točkama M in M' na površini steklene plošče, pri čemer je razdalja med točkama taka, da je razdalja med njunima projekcijama na ravnino, pravokotnima na ravnino pogleda, enaka dani razdalji Dx (glej sliko 6).

The curvature of more complex objects (such as surfaces or even curved n-dimensional spaces) is described by more complex objects from linear algebra, such as the general Riemann curvature tensor.
Pri kompleksnejših objektih se določa ukrivljenost z zapletenimi pojmi iz linearne algebre, kot je na primer Riemannove mnogoterosti. V nadaljevanju je opisana zunanja ukrivljenost.