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

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Convergent absolutely (power series)      21.B
Convergent absolutely (series in a Banach space)      443.D
Convergent absolutely (series)      379.C
Convergent commutatively      379.C
Convergent conditionally      379.C E
Convergent intermediate      83.B
Convergent order (in a vector lattice)      310.C
Convergent pointwise      435.B
Convergent power series      370.B
Convergent power series ring      370.B
Convergent principal      83.B
Convergent sequence      355.B
Convergent simply      435.B
Convergent unconditionally      379.C
Convergent uniformly (on a family of sets)      435.C
Convergent uniformly (sequence, series, or infinite product)      435.A
Convergent uniformly absolutely      435.A
Convergent uniformly, in the wider sense      435.C
Convex (function on a G-space)      178.H
Convex (function on a Riemannian manifold)      178.B
Convex (subset of a sphere bundle)      274.E
Convex (subset of a sphere)      274.E
Convex absolutely      424.E
Convex analysis      88
Convex body      89.A
Convex cell (in an affine space)      7.D
Convex closure (in an affine space)      7.D
Convex cone conjugate      89.F
Convex cone dual      89.F
Convex curve, closed      111.E
Convex functions      88.A
Convex functions proper      88.D
Convex functions strictly      88.A
Convex holomorphically, domain      21.H
Convex hull      89.A
Convex hull (in an affine space)      7.D
Convex hull (in linear programming)      255.D
Convex hull (of a boundary curve)      275.B
Convex hull closed      424.H
Convex locally (linear topological space)      424.E
Convex logarithmically (domain)      21.B
Convex matrix (of order m)      212.C
Convex neighborhood      364.C
Convex operator      212.C
Convex polyhedral cone      89.F
Convex polyhedron      89.A
Convex programming      264.C
Convex programming problem      292.A
Convex properly      274.E
Convex rational polyhedral      16.Z
Convex set absolutely (in a linear topological space)      424.E
Convex set in an affine space      7.D
Convex set P- (for a differential operator      112.C
Convex set regularly      89.G
Convex set strongly P-      112.C
Convex set strongly separated      89.A
Convex set(s)      89
Convex surface, closed      111.I
Convex uniformly (normed linear space)      37.G
Convexity theorem Lyapunov      443.G
Convexity theorem M. Riesz      88.C
Convolution (in the theory of Hopf algebra)      203.H
Convolution (of arithmetic functions)      295.C
Convolution (of distributions)      125.M
Convolution (of functions)      159.A 192.H
Convolution (of hyperfunctions)      125.X
Convolution (of probability distributions)      341.E
Convolution generalized (of distributions)      125.M
Convolutional code      63.E
Conway, John Horton      151.I 235.A
Conway, Richard W.      376.r
Cook, Joseph M.      375.A
Cook, Roger John      118.D
Cook, Stephen Arthur      71.E r
Cooke, George Erskine      201.r
Cooke, Kenneth Lloyd      163.B
Cooke, Richard G.      379.r
Cooley, James William      142.D r
Cooper, William      255.D E
Cooperative game      173.A D
Coordinate (in the real line)      355.E
Coordinate (n + 2)-hyperspherical      76.A 90.B
Coordinate (of an element of a direct product of sets)      381.E
Coordinate affine      7.C
Coordinate axis ith (of a Euclidean space)      140
Coordinate axis of an affine frame      7.C
Coordinate barycentric (in a Euclidean simplicial complex)      70.B
Coordinate barycentric (in an affine space)      7.C 90.B
Coordinate barycentric (in the polyhedron of a simplicial complex)      70.C
Coordinate bipolar      90.C App. Table
Coordinate bipolar cylindrical      App. A Table
Coordinate bundle equivalent      147.B
Coordinate bundle(s)      147.B
Coordinate canonical (of a Lie group)      249.Q
Coordinate Cartesian (in an affine space)      7.C
Coordinate Chow (of a positive cycle)      16.S
Coordinate circular cylindrical      App. A Table
Coordinate curve (in a Euclidean space)      90.C
Coordinate curvilinear      90.C App. Table
Coordinate cylindrical      90.C App. Table
Coordinate ellipsoidal      90.C 133.A App. Table
Coordinate elliptic      90.C 350.E App. Table
Coordinate elliptic cylindrical      App. A Table
Coordinate equilateral hyperbolic      90.C App. Table
Coordinate function (in the Ritz method)      304.B
Coordinate function (of a fiber bundle)      147.B
Coordinate generalized (in analytical dynamics)      271.F
Coordinate generalized cylindrical      App. A Table
Coordinate geodesic      80.J
Coordinate geodesic polar      90.C
Coordinate Grassmann (in a Grassmann manifold)      90.B
Coordinate homogeneous (of a point in a projective space)      343.C
Coordinate hyperbolic cylindrical      App. A Table
Coordinate hyperplane (of a hyperplane in a projective space)      343.C
Coordinate hyperplane (of an affine frame)      7.C
Coordinate hypersurface (in a Euclidean space)      90.C
Coordinate inhomogeneous (of a point with respect to a frame)      343.C
Coordinate isothermal      90.C
Coordinate ith (of an element relative to a basis)      256.C
Coordinate Klein line      90.B
Coordinate Kruskal      359.D
Coordinate line (of a line)      343.C
Coordinate local (on a topological manifold)      105.C
Coordinate local (on an algebraic variety)      16.0
Coordinate local, transformation of      90.D
Coordinate moving      App. A Table
Coordinate multiplanar      90.C
Coordinate multipolar      90.C
Coordinate neighborhood of a fiber bundle      147.B
Coordinate neighborhood of a manifold      105.C
Coordinate neighborhood of class       105.D
Coordinate normal      90.C
Coordinate oblique (in a Euclidean space)      90.B
Coordinate orthogonal curvilinear      90.C
Coordinate parabolic      90.C
Coordinate parabolic cylindrical      App. A Table
Coordinate parallel (in an affine space)      7.C
Coordinate pentaspherical      90.B
Coordinate plane (of a plane)      343.C
Coordinate Pliicker (in a Grassmann manifold)      90.B
Coordinate polar      90.C App. Table
Coordinate projective      343.C
Coordinate rectangular (in a Euclidean space)      90.B
Coordinate rectangular hyperbolic      90.C
Coordinate ring (of an affine variety)      16.A
Coordinate ring homogeneous      16.A
Coordinate rotational      App. A Table
Coordinate rotational hyperbolic      App. A Table
Coordinate rotational parabolic      App. A Table
Coordinate spherical      90.C 133.D

Coordinate system      90.A
Coordinate system (of a line in a projective space)      343.C
Coordinate system (of a locally free $\mathscr O_X$ -Module)      16.E
Coordinate system coordinate transformation (of a fiber bundle)      147.B
Coordinate system geodesic, in the weak sense      232.A
Coordinate system holomorphic local      72.A
Coordinate system isothermal curvilinear      App. A Table
Coordinate system l-adic      3.E
Coordinate system local (of a topological space)      90.D 105.C
Coordinate system moving      90.B
Coordinate system orthogonal curvilinear      App. A Table
Coordinate system orthogonal, adapted to a flag      139.E
Coordinate system projective      343.C
Coordinate tangential polar      90.C
Coordinate tetracyclic      90.B
Coordinate trilinear      90.C
Coordinate tripolar      90.C
Coordinate(s)      90
Copernicus, Nicolaus      360
Coplanar vectors      442.A
Coppel, William Andrew      314.r
Coproduct Hopf      203.D
Coproduct of an element in a graded coalgebra      203.B
Coproduct of commutative algebras      29.A
Coproduct of two objects      52.E
Coradical      293.F
Corbato, Fernando J.      133.r
Cordes, Heinz O.      345.A
CoRDIC      142.A
Core      173.D
Coregular representation (of an algebra)      362.E
Corestriction (homomorphism of cohomology groups)      200.M
Corioli force      271.D
Coriolis, Gaspard Gustav de      271.D
Cornea, Aurel      193.U 207.C D r G r
Corner polyhedron      215.C
Cornish — Fisher expansions      374.F
Cornish, Edmund Alfred      374.F
Cornu spiral      93.H 167.D
Cornu, Marie Alfred      93.H 167.D
Corona problem      43.G
Corona theorem      164.I
Coroot      13.J
Correcting capability, error-      63.B
Correcting, error-      63.A
Correctly posed (initial value problem)      321.E
Correctly posed (problems for partial differential equations)      322.A
Corrector (in a multistep method)      303.E
Corrector Milne      303.E
Correlation      343.D
Correlation coefficient (of two random variables)      342.C 397.H
Correlation coefficient canonical      280.E 374.C
Correlation coefficient multiple      397.J
Correlation coefficient partial      397.J
Correlation coefficient population      396.D
Correlation coefficient sample      396.D
Correlation coefficient sample multiple      280.E
Correlation coefficient sample partial      280.E
Correlation coefficient serial      421.B
Correlation inequalities      212.A
Correlation involutive      343.D
Correlation Kendall rank      371.K
Correlation matrix      397.J
Correlation ratios      397.L
Correlation serial      397.N
Correlation serial cross      397.N
Correlation Spearman rank      371.K
Correlation tensor      433.C
Correlogram      397.N
Correspond      358.B
Correspondence      358.B
Correspondence algebraic (of a nonsingular curve)      9.H
Correspondence algebraic (of an algebraic variety)      16.I
Correspondence algebraic, group of classes of      9.H
Correspondence birational      16.I
Correspondence conformal (between surfaces)      111.I
Correspondence geodesic (between surfaces)      111.I
Correspondence homothetic (between surfaces)      111.I
Correspondence inverse      358.B
Correspondence of Combescure      111.F
Correspondence one-to-one      358.B
Correspondence principle      351.D
Correspondence ring (of a nonsingular curve)      9.H
Correspondence similar (between surfaces)      111.I
Correspondence univalent      358.B
Corresponding angles      139.D
Corresponding points (with respect to confocal quadrics)      350.E
Corwin, Lawrence Jay      132.r
Cos (cosine)      131.E 432.A
Cosec (cosecant)      131.E 432.A
Cosech (hyperbolic cosecant)      131.F
Cosemisimple      203.F
Coset double (of two subgroups of a group)      190.C
Coset left (of a subgroup of a group)      190.C
Coset right (of a subgroup of a group)      190.C
Coset space (of a topological group) left      423.E
Coset space (of a topological group) right      423.E
Cosh (hyperbolic cosine)      131.F
Cosigma functions      134.H App. Table
Cosine first law of      432.A App. Table
Cosine hyperbolic      131.F
Cosine integral      167.D
Cosine law of (on spherical triangles)      432.B App. Table
Cosine optical direction      180.A
Cosine second law integral      167.D App. Table
Cosine second law of      432.A App. Table
Cosine series, Fourier      App. A Table
Cosine transform, Fourier      160.C App. Table
Cosine(s)      432.A
Cospecialization (in etale topology)      16.AA
Cospectral density      397.N
Cost      281.D
Cost imputed      255.B
Cost of insurance      214.B
Cost of observation      398.F
Cost shadow      292.C
Cost unit      281.D
Coster, Joseph      386.C
Cot (cotangent)      131.E
Cotangent bundle      147.F
Cotangent hyperbolic      131.F
Cotangent law of      App. A Table
Cotangent vector bundle      147.F
Cotangent(s)      432.A
Cotangential sphere bundle      274.E
Cotes formula, Newton- (in numerical integration)      299.A
Cotes, Roger      299.A
Coth (hyperbolic cotangent)      131.F
Cotree      186.G
Cotriple      200.Q
Cottle, Richard Warren      292. D
Coulson, Charles Alfred      446.r
Couniably additive class      270.B
Counit      203.F
Counity (of a coalgebra)      203.B
Countability axioms      425.P
Countable additivity      270.B
Countable cell complex      70.D
Countable Lebesgue spectrum      136.E
Countable model (of axiomatic set theory)      156.E
Countable ordinal number      49.F
Countable set      49.A
Countable simplicial complex      70.C
Countable simplicial complex locally      70.C
Countably compact space      425.S
Countably equivalent sets      136.C
Countably Hilbertian space      424.W
Countably infinite set      49.A
Countably normed space      424.W
Countably paracompact space      425.Y

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