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

Главная Ex Libris Книги Журналы Статьи Серии Каталог Wanted Загрузка ХудЛит Справка Поиск по индексам Поиск Форум

Авторизация

Поиск по указателям

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

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

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

Hopf algebra graded      203.C
Hopf algebra homomorphism      203.H
Hopf algebra(s)      203
Hopf bifurcation      126.M
Hopf bundle      147.E
Hopf classification theorem      202.I
Hopf comultiplication      203.D
Hopf coproduct      203.D
Hopf extension theorem      270.E
Hopf homomorphism, generalized (of homotopy groups of spheres)      202.U
Hopf integrodifferential equation, Wiener-      222.C
Hopf invariant      202.U
Hopf invariant generalized      202.Q
Hopf invariant modulo p      202.S
Hopf mapping (Hopf map)      147.E
Hopf surface      72.K
Hopf theorem (continuous vector field)      153.B
Hopf weak solution      204.C
Hopf, Eberhard      111.I 126.A M C G r C r X433.B C
Hopf, Heinz      65.r 72.K 93 r 99.r 109 111.I r B I Q S U V r C D H r
Hopffibering      147.E
Hopkins, Charles      368.F
Horikawa, Eiji      72.K r
Horizon, event      359.F
Horizontal components of a homogeneous space      110.A
Horizontal components of a vector field      80.C
Horizontal slit mapping, extremal      367.G
Horizontal subspace      191.C
Horizontal vector (in a differentiable principal fiber bundle)      80.C
Hormander theorem      112.C D
Hormander, Lars Valter      20 21.I r H K L R r I B
Horn, Jacob      107.A 206.D 314.A
Horned sphere, Alexander      65.G
Horner method      301.C
Horocycle flow      136.G
Horosphere      218.G
Horowitz, Ellis      71.r
Horrocks, Geoffrey      16.r
Horseshoe diffeomorphism      126.J
Hosokawa Fujitsugu      235.D
Hosokawa polynomial      235.D
Hotelling statistic      280.B
Hotelling statistic noncentral      374.C
Hotelling, Harold      280.B 374.C
Hotta, Ryoshi      437.X
Householder method      298.D
Householder transformation      302.E
Householder, Alston Scott      298.D 301.r 302.E
Houseman, E.E.      19.r
Howard, Ronald Arthur      127.E
Howarth, Leslie      205.r
Hrbacek, Karel      33.r 293.E r
Hsiang Wu-Chung      114.J K r
Hsiang Wu-Yi      275.F 365.K 431.D r
Hsiung Chuan-Chih      364.F 365.H
Hsu Kwang-Ch’i      57.C
Hu Sze-Tsen      79.r 91.r 148.r 201.r 277.r
Hu Te Chiang      281.r
Hua Loo-Keng (Hua Luo K’ang)      4.A E r r
Huang, Kerson      402.r
Huber, Peter J.      371.A H J r P r
Huber-Dyson, Verena      362.r
Hudson, John F.P.      65.C D
Huff, Robert E.      443.H
Hugenholtz, Nicholaas Marinus      308.H
Hugoniot relation, Rankine-      204.G 205.B
Hugoniot, Pierre Henri      51.E 204.G 205.B
Hukuhara problem      315.C
Hukuhara theorem, Dini-      314.D
Hukuhara, Masuo      30.C r r C D
Hull closed convex      424.H
Hull convex      89.A
Hull convex (in an affine space)      7.D
Hull convex (in linear programming)      255.D
Hull convex (of a boundary curve)      275.A
Hull holomorphic      21.H
Hull, Thomas Edward      206.r 303.r
Hull-kernel topology      36.D
Human death and survival, model of      214.A
Humbert, Georges      83.D
Humphreys, James E.      13.r 248.r
Hunt process      261.B
Hunt — Stein lemma      400.F
Hunt, Gilbert Agnew      5.H 162 176.G 260.J r B O
Hunt, Richard A.      159.H 168.B r
Huntley, H.E.      116.r
Huppert, Bertram      151.D r
Hurewicz homorphism      202.N
Hurewicz isomorphism theorem      202.N
Hurewicz theorem, generalized      202.N
Hurewicz — Steenrod isomorphism theorem      148.D
Hurewicz — Uzawa gradient method, Arrow-      292.E
Hurewicz, Witold      117.A C r B N r
Hurley, Andrew Crowther      92.F
Hurst, Charles A.      212.A 402.r
Hurwicz, Leonid      255.D E r F r
Hurwitz formula, Riemann- (on coverings of a nonsingular curve)      9.I
Hurwitz relation (on homomorphisms of Abelian varieties)      3.K
Hurwitz relation Riemann-      367.B
Hurwitz theorem      10.E
Hurwitz zeta function      450.B
Hurwitz, Adolf      3.K 9.I 10.E 11.D 83.B 134.r 198.r 339.D 367.B 450.B r
Husemoller, Dale H.      15.r 56.r 147.r
Huxley differential equation, Hodgkin-      291.F
Huxley, Andrew Fielding      291.F
Huxley, Martin Neil      123.E r
Huygens principle      325.B 446
Huygens principle in the wider sense      325.D
Huygens, Christiaan      93.H 245 265 325.B D
Huzita, Sadasuke      230
Hwa, Rudolph C      146
Hybrid computer      19.E
Hydrodynamics      205
Hydromagnetic dynamo theory      259
Hydromagnetics      259
Hydrostatics      205.A
Hypatia      187
Hyperalgebra      203.I
Hyperarithmetical function      356.H
Hyperarithmetical hierarchy of degrees of recursive unsolvability      356.H
Hyperarithmetical predicate      356.H
Hyperbola      78.A
Hyperbola conjugate      78.E
Hyperbola equilateral      78.E
Hyperbola rectangular      78.E
Hyperbolic (closed invariant set of a dynamical system)      126.J
Hyperbolic (differential operator)      112.A 325.H
Hyperbolic (linear mapping)      126.G
Hyperbolic (partial differential equation)      325.A E
Hyperbolic (Riemann surface)      367.D E
Hyperbolic (simply connected domain)      77.B
Hyperbolic (space form)      412.H
Hyperbolic closed orbit      126.G
Hyperbolic complete      21.O
Hyperbolic coordinates equilateral      90.C App. Table
Hyperbolic coordinates rectangular      90.C
Hyperbolic cosecant      131.F
Hyperbolic cosine      131.F
Hyperbolic cotangent      131.F
Hyperbolic cylinder      350.B
Hyperbolic cylindrical coordinates      App. A Table
Hyperbolic cylindrical surface      350.B
Hyperbolic differential equations, system of (in the sense of Petrovskii)      325.G
Hyperbolic fixed point      126.G
Hyperbolic function      131.F
Hyperbolic geometry      285.A
Hyperbolic in the sense of Girding      325.F
Hyperbolic in the sense of Petrovskil      325.F
Hyperbolic in the strict sense      325.F
Hyperbolic knot      235.E

Hyperbolic manifold      21.O 235.E
Hyperbolic motion      420.D
Hyperbolic paraboloid      350.B
Hyperbolic plane      122.C
Hyperbolic point (on a surface)      111.H
Hyperbolic quadric hypersurface      350.I
Hyperbolic regularly      325.A F
Hyperbolic secant      131.F
Hyperbolic sine      131.F
Hyperbolic singular point      126.G
Hyperbolic space      285.C
Hyperbolic spiral      93.H
Hyperbolic strongly      325.H
Hyperbolic symmetric (in the sense of Friedrichs)      325.G
Hyperbolic tangent      131.F
Hyperbolic transformation      76.F
Hyperbolic type, partial differential equation of      321.E325
Hyperbolic type, primitive      92.C
Hyperbolic weakly      325.H
Hyperbolic-elliptic motion      420.D
Hyperbolic-parabolic motion      420.D
Hyperbolically embedded      21.O
Hyperboloid of one sheet      350.B
Hyperboloid of revolution of one or two sheets      350.B
Hyperboloid of two sheets      350.B
Hyperboloidic position      350.B
Hypercohomology      200.J
Hyperconstructive ordinal      81.E
Hypercubic type, primitive      92.C
Hyperelliptic curve      9.D
Hyperelliptic integral      11.C
Hyperelliptic Riemann surface      11.C
Hyperelliptic surface      72.K
Hyperfinite      293.B 308.I
Hyperfunction      125
Hyperfunction exponentially decreasing Fourier      125.BB
Hyperfunction Fourier      125.BB
Hyperfunction Fourier ultra-      125.BB
Hyperfunction in the Dirichlet problem      120.C
Hyperfunction modified Fourier      125.BB
Hyperfunction Sato      125.V
Hypergeometric differential equation      260.A App. Table
Hypergeometric differential equation confluent      167.A App. Tables 19.I
Hypergeometric differential equation Gauss      App. A Table
Hypergeometric distribution      341.D 397.F App. Table
Hypergeometric distribution multidimensional      App. A Table
Hypergeometric distribution multiple      341.D
Hypergeometric function and spherical functions      App. A Table
Hypergeometric function Appell, of two variables      206.D App. Table
Hypergeometric function Barnes extended      206.G App. Table
Hypergeometric function of confluent type      167.A App. Table
Hypergeometric function of the hyperspherical differential equation      393.E
Hypergeometric function with matrix argument      206.E
Hypergeometric function(s)      209 App. Table
Hypergeometric integral      253.B
Hypergeometric series      206.A
Hypergeometric type, special function of      389.A
Hypergroup      190.P
Hypergroupoid      190.P
Hyperinvariant (under an operator)      251.L
Hyperplanar symmetry (of an affine space)      139.B
Hyperplane at infinity (in affine geometry)      7.B
Hyperplane characteristic (of a partial differential equation of hyperbolic type)      325.A
Hyperplane coordinates in projective geometry      343.C
Hyperplane coordinates of an affine frame      7.C
Hyperplane in a projective space      343.B
Hyperplane pencil of (in a projective space)      343.B
Hyperplane regression      403.D
Hyperplane section      418.I
Hyperplane tangent (of a quadric hypersurface)      343.E
Hyperplane(s) in an affine space      7.A
Hyperquadric in a projective space      343.D 350.I
Hyperquadric in an affine space      350.G
Hypersonic flow      205.C
Hypersphere      76.A
Hypersphere geometry      76.A
Hypersphere imaginary      76.A
Hypersphere limiting (in hyperbolic geometry)      285.C
Hypersphere non-Euclidean      285.C
Hypersphere oriented real      76.A
Hypersphere point      76.A
Hypersphere proper (in hyperbolic geometry)      285.C
Hypersphere real      76.A
Hyperspherical coordinates, (n + 2)-      76.A 90.B
Hyperspherical differential equation      393.E
Hypersurface (in a Euclidean space)      111.A
Hypersurface central quadric      350.G
Hypersurface characteristic (of a partial differential equation of hyperbolic type)      325.A
Hypersurface coordinate (in a Euclidean space)      90.C
Hypersurface element union of      82.A
Hypersurface element(s)      82.A 324.B
Hypersurface elliptic quadric      350.G
Hypersurface homogeneous      344.A
Hypersurface hyperbolic quadric      350.G
Hypersurface integral (partial differential equations)      320.A
Hypersurface noncentral quadric      350.G
Hypersurface nondegenerate      344.A
Hypersurface parabolic quadric      350.G
Hypersurface pencil of quadric      343.E
Hypersurface properly (n — l)-dimensional quadric      350.G
Hypersurface quadric      343.D 350.G J
Hypersurface quadric conical      350.Q
Hypersurface quadric cylindrical      350.Q
Hypersurface regular quadric      343.E
Hypersurface singular quadric (of the hth species)      343.E
Hypersurface spherical real      344.C
Hypersurface(s) (of an algebraic variety)      16.A
Hypo-Dirichlet      164.B
Hypocontinuous (bilinear mapping)      424.Q
Hypocylcoid      93.H
Hypoelliptic      112.D 189.C 323.I
Hypoelliptic analytically      112.D 323.I
Hypofunction (in the Dirichlet problem)      120.C
Hyponormal      251.K
Hypothesis alternative      400.A
Hypothesis composite      400.A
Hypothesis ergodic      136.A 402.C
Hypothesis general linear      400.H
Hypothesis Lindelof      123.C
Hypothesis null      400.A
Hypothesis Riemann      450.B P
Hypothesis simple      400.A
Hypothesis statistical      400.A
Hypothesis Suslin      33.F
Hypothesis testing      401.C App. Table
Hypothesis testing statistical      400 App. Table
Hypothetical infinite population      397.P
Hypotrochoid      93.H
I-adic topology (of a ring)      16.X
i-genus      15.E
Iagolnitzer, Daniel      146.C 274.D I r
Ibragimov, Il’dar Abdulovich      176.r 250.r
Ibuki, Kimio      75.D
Ibukiyama, Tomoyoshi      450.S
Ichihara, Kanji      115.D
Icosahedral group      151.G
icosahedron      357.B
Ideal (of a lattice)      42.C
Ideal (of a Lie algebra)      248.A
Ideal (of a ring)      368.F
Ideal (of an algebraic number field)      14.B
Ideal Abelian (of a Lie algebra)      248.C
Ideal Alexander (of a knot)      235.C
Ideal ambig (of a quadratic field)      347.F
Ideal boundary      207.A
Ideal boundary in the narrow sense      14.G
Ideal class      14.E
Ideal class group      14.E 67.K
Ideal conjugate (of a fractional ideal)      14.I
Ideal defining (of a formal spectrum)      16.X

<< 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 >>

О проекте