algebraic irreducibility - translation to russian
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algebraic irreducibility - translation to russian

SUBCLASS OF LINKS IN KNOT THEORY
Algebraic knot; Algebraic Knot
  • Decomposition of the [[Borromean rings]] by a Conway sphere (black dotted vertical midline) into two 2-tangles, showing that the Borromean rings form an algebraic link

algebraic irreducibility      

математика

алгебраическая неприводимость

number field         
A FINITE DEGREE (AND HENCE ALGEBRAIC) FIELD EXTENSION OF THE FIELD OF RATIONAL NUMBERS
Number field; Number fields; Power basis; Dedekind discriminant theorem; Degree of an algebraic number field; Degree of a number field; Algebraic number fields
числовое поле
number field         
A FINITE DEGREE (AND HENCE ALGEBRAIC) FIELD EXTENSION OF THE FIELD OF RATIONAL NUMBERS
Number field; Number fields; Power basis; Dedekind discriminant theorem; Degree of an algebraic number field; Degree of a number field; Algebraic number fields

математика

числовое поле

поле чисел

Definition

algebraic
Algebraic equations, expressions, and principles are based on or use algebra.
ADJ: ADJ n

Wikipedia

Algebraic link

In the mathematical field of knot theory, an algebraic link is a link that can be decomposed by Conway spheres into 2-tangles. Algebraic links are also called arborescent links. Although algebraic links and algebraic tangles were originally defined by John H. Conway as having two pairs of open ends, they were subsequently generalized to more pairs.

What is the Russian for algebraic irreducibility? Translation of &#39algebraic irreducibility&#39 to