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