Ito K. — Encyclopedic Dictionary of Mathematics. Vol. 2 :: Электронная библиотека попечительского совета мехмата МГУ

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Ito K. — Encyclopedic Dictionary of Mathematics. Vol. 2

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Название: Encyclopedic Dictionary of Mathematics. Vol. 2

Автор: Ito K.

Аннотация:

This second edition of the widely acclaimed Encyclopedic Dictionary of Mathematice includes 70 new articles, with an increased emphasis on applied mathematics, expanded explanations and appendices, and a reorganization of topics.

Язык:

Рубрика: Математика/Энциклопедии/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: Second Edition

Год издания: 1993

Количество страниц: 999

Добавлена в каталог: 23.04.2005

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Предметный указатель

Categorical (set of closed formulas)      276.F
Categorical system (of axioms)      35.B
Categoricity in powers      276.F
Categories and functors      52
Category      52.A
Category Abelian      52.N
Category additive      52.N
Category cohomology theory on the      261.Q
Category diagram in the      52.C
Category dual      52.F
Category exact      237.J
Category Grothendieck      200.I
Category homotopy, of topological spaces      52.B
Category of Abelian groups      52.B
Category of analytic manifolds      52.B
Category of commutative rings      52.B
Category of differentiable manifolds      52.B
Category of groups      52.B
Category of left (right) K-modules      52.B
Category of linear spaces over R      52.B
Category of pointed topological spaces      202.B
Category of rings      52.B
Category of S-objects      52.G
Category of sets      52.B
Category of topological spaces      52.B
Category PL      65.A
Category product      52.A
Category quotient      52.N
Category set of the first      425.N
Category set of the second      425.N
Category shape      382.A
Catenary      93.H
Catenoid      111.I
Cauchy condensation test      379.B
Cauchy condition (on D-integral and D(*)-integral)      100.E
Cauchy criterion (on the convergence of a sequence of real numbers)      87.C App. Table
Cauchy data      321.A
Cauchy distribution      341.D App. Table
Cauchy existence theorem (for partial differential equations)      320.B
Cauchy filter (on a uniform space)      436.G
Cauchy inequality      211.C App. Table
Cauchy integral formula      198.B
Cauchy integral representation      2l.C
Cauchy integral test (for convergence)      379.B
Cauchy integral theorem      198.A B
Cauchy integral theorem stronger form of      198.B
Cauchy net (in a uniform space)      436.G
Cauchy polygon      316.C
Cauchy principal value of an improper integral      216.D
Cauchy principal value of the integral on infinite intervals      216.E
Cauchy problem (for partial differential equations)      315.A 320.B 321.A 325.B
Cauchy problem (of ordinary differential equations)      316.A
Cauchy problem abstract      286.X
Cauchy process      5.F
Cauchy process asymmetric      5.F
Cauchy process symmetric      5.F
Cauchy product (of two series)      379.F
Cauchy remainder      App. A Table
Cauchy sequence (in a metric space)      273.J
Cauchy sequence (in a uniform space)      436.G
Cauchy sequence (in an a-adic topology)      284.B
Cauchy sequence (of rational numbers)      294.E
Cauchy sequence (of real numbers)      355.B
Cauchy sum (of a series)      379.A
Cauchy theorem      379.F
Cauchy transform      164.J
Cauchy — Hadamard formula      339.A
Cauchy — Kovalevskaya existence theorem      321.A
Cauchy — Kovalevskaya theorem, abstract      286.Z
Cauchy — Riemann (differential) equation      198.A 274.G
Cauchy — Riemann (differential) equation (for a holomorphic function of several complex variables)      21.C
Cauchy — Riemann (differential) equation (for a holomorphic function of two complex variables)      320.F
Cauchy — Riemann structure      344.A
Cauchy — Schwarz inequality      211.C App. Table
Cauchy, A.L.      53
Cauchy, Augustin Louis      4.D 5.F 20 21.C 53 87.C 100.E 107.A B r B E F Q E Z C G D I B B F K Tables 9 10.I1
Cauer, D.      179.B
Cauer, Wilhelm      282.r
Causality, macroscopic      386.C
Cause, most probable      401.E
Caustic      325.L
Cavalieri, Bonaventura      20 265
Cayley algebras      54
Cayley algebras general      54
Cayley number      54
Cayley projective plane      54
Cayley theorem (in group theory)      151.H
Cayley theorem, Hamilton-      269.F
Cayley transform (of a closed symmetric operator in a Hilbert space)      251.I
Cayley transformation      269.J
Cayley, Arthur      12.B 54 105.A 137 151.H 157.A 190.Q 226.G 251.I 267 269.F J
Cazenave, Thierry      286.Y
CCP(chance-constrained programming)      408.B
CCR      377.A
CCR algebra      36.H
CE mapping      382.D
Cech cohomology group (for topological spaces)      201.L.P
Cech cohomology group (for topological spaces) relative      201.M
Cech cohomology group with coefficient sheaf $\mathscr F$       383.F
Cech compactification, Stone-      207.C
Cech complete space      425.T 436.I
Cech homology group (for topological spaces)      201.M
Cech homology group (for topological spaces) relative      201.M
Cech, Edouard      110.B r M P r
Ceder, Jack G.      425.Y
Ceiling function      136.D
Ceiling states      402.G
Celestial mechanics      55
cell      70.D
Cell (n - q)-dual      65.B
Cell complex      70.D
Cell complex closure finite      70.D
Cell complex countable      70.D
Cell complex Euclidean      70.B
Cell complex finite      70.D
Cell complex locally countable      70.D
Cell complex locally finite      70.D
Cell complex regular      70.D
Cell convex (in an affine space)      7.D
Cell fundamental (of a symmetric Riemann space)      413.F
Cell n- (in a Hausdorff space)      70.D
Cell topological n-      140
Cell unit      140
Cell-like (CE)      382.D
Cellular approximation theorem      70.D
Cellular cohomology group      201.H
Cellular decomposition (of a Hausdorff space)      70.D
Cellular homology group      201.F
Cellular mapping (between cell complexes)      70.D
Center (of a central symmetry)      139.B
Center (of a continuous geometry)      85.A
Center (of a group)      190.C
Center (of a hyperbola or ellipse)      78.C
Center (of a lattice)      243.E
Center (of a Lie algebra)      248.C
Center (of a nonassociative algebra)      231.A
Center (of a pencil of hyperplanes)      343.B
Center (of a quadric hypersurface)      7.G
Center (of a quadric surface)      350.A
Center (of a regular polygon)      357.A
Center (of a regular polyhedron)      357.B
Center (of a ring)      368.F
Center (of a solid sphere)      140
Center (of a sphere)      139.I
Center (of a von Neumann algebra)      308.C
Center (of gravity)      271.E
Center (of mass)      271.E
Center manifold theorem      286.V
Center of curvature      111.E
Center of projection      343.B

Center surface      111.I
Centered process      5.B
Centering      5.B
Central composite design      102.M
Central configuration      420.B
Central conic(s)      78.C
Central difference      223.C 304.E App. Table
Central element (in a lattice)      243.E
Central extension (of a group)      190.N
Central figure      420.B
Central limit theorem      250.B
Central moment      397.C
Central motion      126.E
Central potential      315.E
Central processor      75.B
Central quadric hypersurface      7.F 350.G
Central quadric surface      350.B
Central series ascending (of a Lie algebra)      248.C
Central series descending (of a Lie algebra)      248.C
Central series lower (of a group)      190.J
Central series upper (of a group)      190.J
Central simple algebra      29.E
Central simple algebra similar      29.E
Central symmetry (of an affine space)      139.B
Centralizer (of a subset of a group)      190.C
Centralizer (of a subset of a ring)      368.F
Centrifugal force      271.D
Cerf, Jean      114.I
Certainly, almost      342.B D
Certainty equivalent      408.B
Cesari, Lamberto      246.r 290.r 314.D r
Cesaro method of summation of order $\alpha$       379.M
Cesaro method of summation of order $\alpha$ summable by      379.M
Cesaro, Ernesto      297.D 379.K M
Ceva theorem      7.A
Ceva, Giovanni      7.A
CFL condition      304.F
CG method      302.D
Chaber, Jozef      273.K
Chacon, Rafael Van Severen      136.B H
Chadan, Khosrow      375.r
Chain      200.H
Chain ascending (in an ordered set)      311.C
Chain ascending (of normal subgroups of a group)      190.F
Chain complex (es)      200.C H
Chain complex augmented      200.C
Chain complex double      200.E
Chain complex in an Abelian category      201.B
Chain complex of A-modules      200.C
Chain complex oriented simplicial      201.C
Chain complex positive      200.H
Chain complex product double      200.E
Chain complex quotient      200.C
Chain complex relative      200.C
Chain complex singular (of a topological space)      201.E
Chain condition (in an ordered set)      311.C
Chain condition (in an ordered set) ascending (in an ordered set)      311.C
Chain condition (in an ordered set) descending (in an ordered set)      311.C
Chain conservative      260.A
Chain descending (in a lattice)      243.F
Chain descending (in an ordered set)      3] l.C
Chain descending (of (normal) subgroups of a group)      190.F
Chain equivalence      200.H
Chain general Markov      260.J
Chain homotopy      200.H
Chain irreducible (a Markov chain)      260.B
Chain mapping      200.C 201.B
Chain mapping over an A-homomorphism      200.C
Chain Markov      260.A
Chain minimal      260.F
Chain normal (in a group)      190.G
Chain normal (in Markov chains)      260.I3
Chain q- (of a chain complex)      201.B
Chain recurrent      260.B
Chain recurrent set      126.E
Chain regular (of integral elements)      42&.E
Chain rule      106.C
Chain subcomplex      200.C
Chain theorem      14.J
Chain transformation (between complexes)      200.H
Chain u-      260.I
Chained metric space, well-      79.D
Chaitin complexity, Kolmogorov-      354.D
Chaitin, Gregory J.      71.r 354.D
Chakravarti, Indra-Mohan      102.I
Chamber complex      13.R
Chamber positive Weyl      248.R
Chamber Weyl      13.J 248.R
Chance constraint      408.A
Chance move      173.B
Chance-constrained programming      408.A
Chandler, Colston      274.D I
Chandrasekhar, S.      433.r
Chandrasekharan, Komaravolu      121.r 123.r 160.r 379.r 450.r
Chang Chen-Chung      276.r 293.r
Chang Sun-Yang      164.I
Chang, J.J.      346.E r
Change of variables (in integral calculus)      216.C
Change scalar (of a B-module)      277.L
Change time      261.F 406.B
Channel      375.F
Channel almost finite memory      213.F
Channel coding theory      213.A
Channel d-continuous      213.F
Channel discrete memoryless      213.F
Channel finite memory      213.F
Channel Hilbert space      375.F
Channel noisy      213.A
Channel test      213.E
Channel wave operators      375.F
Chaos      126.N 303.G 433.B
Chaos propagation of      340.F
Chaplygin, Sergei Alekseevich      326.B
Chaplygin’s differential equation      326.B
Chapman complement theorem      382.B
Chapman theorem (on $(C, \alpha)$ -summation)      379.M
Chapman — Kolmogorov equality      261.A
Chapman — Kolmogorov equation      260.A
Chapman — Robbins — Kiefer inequality      399.D
Chapman, D.G.      399.D
Chapman, Sydney      41.E 260.A 261.A 379.M 402.H r
Chapman, Thomas A.      65.C 382.B D
Chapman’s      382.B
Character (irreducible unitary representation)      437.V
Character (of a linear representation)      362.E
Character (of a regular chain)      428.E
Character (of a representation of a Lie group)      249.O
Character (of a semi-invariant)      226.A
Character (of a topological Abelian group)      422.B
Character (of an Abelian group)      2.G
Character (of an algebraic group)      13.D
Character absolutely irreducible      362.E
Character Brauer (of a modular representation)      362.I
Character Chern (of a complex vector bundle)      237.B
Character Dirichlet      295.D
Character formula, Weyl      248.Z
Character group (of a topological Abelian group)      422.B
Character group (of an Abelian group)      2.G
Character Hecke      6.D
Character identity (of an Abelian group)      2.G
Character integral (on the 1-dimensional homology group of a Riemann surface)      11.E
Character irreducible (of an irreducible representation)      362.E
Character Minkowski — Hasse (of a nondegenerate quadratic form)      348.D
Character modular (of a modular representation)      362.I
Character module (of an algebraic group)      13.D
Character nonprimitive      450.C E
Character planar      367.G
Character primitive      295.D 450.C E
Character principal (of an Abelian group)      2.G
Character principal Dirichlet      295.D

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