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| Поиск по указателям |
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| Ito K. — Encyclopedic Dictionary of Mathematics |
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| Предметный указатель |
Surface(s) K3 15.H 72.K
Surface(s) Kummer 15.H
Surface(s) level 193.J
Surface(s) marked K3 72.K
Surface(s) minimal 111.I 334.B
Surface(s) niveau 193.J
Surface(s) of constant curvature 111.I
Surface(s) of general type 72.K
Surface(s) of revolution 111.I
Surface(s) of the second class 350.D
Surface(s) of the second order 350.A
Surface(s) one-sided 410.B
Surface(s) open 410.B
Surface(s) parabolic cylindrical 350.B
Surface(s) proper quadric 350.B
Surface(s) quadric 350.A
Surface(s) quadric conical 350.B
Surface(s) rational 15.E
Surface(s) rectifying 111.I
Surface(s) response 102.L
Surface(s) response, design for exploring 102.M
Surface(s) ruled 15.E
Surface(s) ruled (in differential geometry) 111.I
Surface(s) Scherk’s 275.A
Surface(s) Seifert 235.A
Surface(s) skew 111.I
Surface(s) special 110.A
Surface(s) tangent 111.F
Surface(s) two-sided 410. B
Surface(s) unbounded covering 367.B
Surface(s) unirational 15.H
Surface(s) universal covering 367.B
Surface(s) unramified covering 367.B
Surface(s) Veronese 275.F
Surface(s) W- 111.I
Surface(s) Weingarten (W) 111.I
Surface(s) with boundary 410.B
Surface(s), deformation of 110.A
Surface(s), fundamental theorem of the theory of 11 1.G
Surface(s), fundamental theorem of the topology of 410.B
Surface(s), geometry on a 11 1.G
Surgery 114.F 114.J
Surgery obstruction 114.J
Surjection 381.C
Surjection (in a category) 52.D
Surjection canonical (on direct products of groups) 190.L
Surjection canonical (onto a quotient set) 135.B
Surjection canonical (to a factor group) 190.D
Surjection natural (to a factor group) 190.D
Surjective mapping 381.C
Survival insurance 214.B
Susceptibility electric 130.B
Susceptibility magnetic 130.B
Suslin hypothesis 33.F
Suslin k- 22.H
Suslin space 22.I 425.CC
Suslin theorem 22.C
Suslin(Souslin), Mikhail Yakovlevich(1894-1919) 22.A—C 22.H 22.I 33.F 425.CC
Suslin, Andrei Aleksandrovich 16.Y 200.K 369.F
Suslin, schema of 22.B
Suslin, system of 22.B
Suspension (of a discrete dynamical system) 126.C
Suspension (of a homotopy class) 202.Q
Suspension (of a map) 202.F
Suspension (of a space) 202.E 202.F
Suspension isomorphism (on singular (co)homology groups) 201.E
Suspension n-fold reduced 202.F
Suspension reduced (of a topological space) 202.F
Suspension theorem, generalized 202.T
Suzuki group 151.I
Suzuki, Michio(1926-) 151.I 151.J 151.r 190.r App.B Table
Suzuki, Mitsuo(1928-) 173.E
Svarc see Shvarts
SVD (singular value decomposition) 302.E
Swan, Richard G.(1933-) 200.M 237.r 362.r 383.r
Sweedler, Moss E.(1942-) 172.A 172.K 203.A
Sweep (a bounded domain) 384.F
Sweep out (a measure to a compact set) 338.L
Sweepable (bounded domain) 384.F
Sweeping-out principle 338.L
Sweeping-out process 338.L
Swierczkowski, S. 22.H
Swinnerton — Dyer conjecture, Birch — 118.D 450.S
Swinnerton—Dyer, Henry Peter Francis(1927-) 118.D 118.E 450.J 450.Q 450.S
Switzer, Robert M.(1940-) 202.r
Sylow subgroup 151.B
Sylow subgroup p- 151.B
Sylow theorem 151.B
Sylow, Peter Ludvig Mejdell(1832-1918) 151.B
Sylvester elimination method 369.E
Sylvester law of inertia (on a quadratic form) 348.B
Sylvester theorem (on determinants) 103.F
Sylvester, James Joseph(1814-1897) 103.F 186.A 226.G 267 297.D 348.C 369.E 369.F
Symanzik equation, Callan — 361.B
Symanzik, Kurt(1923-1983) 132.C 150.D 150.F 361.B 361.r 386.C
Symbol 369.A
Symbol (=Steinberg symbol) 237.J
Symbol (of a Fourier integral operator) 274.C
Symbol (of a pseudodifferential operator) 251.O 345.B
Symbol (of a vector field) 105.M
Symbol 3j- 353.B
Symbol 6j- 353.B
Symbol 9j- 353.C
Symbol Artin 14.K
Symbol Christoffel 80.L 111.H 417.D App. Table
Symbol function 411.H
Symbol Gauss 83.A
Symbol Hilbert norm-residue 14.R
Symbol Hilbert — Hasse norm-residue 14.R
Symbol Hubert  - 411.J
Symbol individual 411.H
Symbol Jacobi 297.I
Symbol Jacobi, complementary law of 297.I
Symbol Jacobi, law of quadratic reciprocity of 297.I
Symbol Kronecker 347.D
Symbol Landau (O,o) 87.G
Symbol Legendre 297.H
Symbol Legendre, first complementary law of 297.I
Symbol Legendre, law of quadratic reciprocity of 297.I
Symbol Legendre, second complementary law of 297.I
Symbol logical 411.B
Symbol norm-residue 14.Q 257.F
Symbol power-residue 14.N
Symbol predicate 411.H
Symbol principal (of a differential operator) 237.H
Symbol principal (of a microdifferential operator) 274.F
Symbol principal (of a simple holonomic system) 274.H
Symbol sequence (in microlocal analysis) 274.F
Symbol Steinberg (in algebraic k-theory) 237.J
Symbolic logic 411
Symmetric (block design) 102.E
Symmetric (factorial experiment) 102.H
Symmetric (Fock space) 377.A
Symmetric (member of a uniformity) 436.B
Symmetric (multilinear mapping) 256.H
Symmetric (relation) 358.A
Symmetric (tensor) 256.N
Symmetric algebra 29.H
Symmetric bilinear form (associated with a quadratic form) 348.A
Symmetric bounded domain 412.F
Symmetric bounded domain irreducible 412.F
Symmetric Cauchy process 5.F
Symmetric difference 304.E
Symmetric distribution function 341.H
Symmetric event 342.G
Symmetric function 337.I
Symmetric function elementary 337.I
Symmetric group 190.B
Symmetric group of degree n 151.G
Symmetric Hermitian space 412.E
| Symmetric Hermitian space irreducible 412.E
Symmetric homogeneous space 412.B
Symmetric hyperbolic system (of partial differential equations) 325.G
Symmetric kernel 217.G 335.D
Symmetric law (in an equivalence relation) 135.A
Symmetric Markov process 261.C
Symmetric matrix 269.B
Symmetric matrix anti- 269.B
Symmetric matrix skew- 269.B
Symmetric multilinear form 256.H
Symmetric multilinear form anti- 256.H
Symmetric multilinear form skew- 256.H
Symmetric multilinear mapping 256.H
Symmetric multilinear mapping anti- 256.H
Symmetric multilinear mapping skew- 256.H
Symmetric multiplication 406.C
Symmetric operator 251.E
Symmetric points (with respect to a circle) 74.E
Symmetric polynomial 337.I
Symmetric polynomial elementary 337.I
Symmetric polynomial fundamental theorem on 337.I
Symmetric positive system (of differential operators) 112.S
Symmetric positive system (of first-order linear partial differential equations) 326.D
Symmetric product (of a topological space) 70.F
Symmetric Riemannian homogeneous space 412.B
Symmetric Riemannian space(s) 412
Symmetric Riemannian space(s) globally 412.A
Symmetric Riemannian space(s) irreducible 412.C App. Table
Symmetric Riemannian space(s) locally 412.A App. Table
Symmetric Riemannian space(s) weakly 412.J
Symmetric space 412.A
Symmetric space affine 80.J
Symmetric space affine locally 80.J
Symmetric space locally 80.J 364.D
Symmetric stable process 5.F
Symmetric tensor 256.N
Symmetric tensor anti- 256.N
Symmetric tensor contravariant 256.N
Symmetric tensor covariant 256.N
Symmetric tensor field 105.O
Symmetric tensor skew- 256.N
Symmetrization (in isoperimetric problem) 228.B
Symmetrization Steiner (in isoperimetric problem) 228.B
Symmetrizer 256.N
Symmetrizer Young 362.H
Symmetry (at a point of a Riemannian space) 412.A
Symmetry (in quantum mechanics) 415.H
Symmetry (of a principal space) 139.B
Symmetry broken 132.C
Symmetry central (of an affine space) 139.B
Symmetry charge 415.J
Symmetry crossing 132.C 386.B
Symmetry group, color 92.D
Symmetry hyperplanar (of an affine space) 139.B
Symmetry internal 150.B
Symmetry Nelson 150.F
Symmetry TCP 386.B
Symmetry, degree of 431.D
Symmetry, law of (for the Hilbert norm-residue symbol) 14.R
Symmorphic space group 92.B
Symmorphous space group 92.B
Symplectic form 126.L
Symplectic group 60.L 151.I
Symplectic group complex 60.L
Symplectic group infinite 202.V
Symplectic group over a field 60.L
Symplectic group over a noncommutative field 60.O
Symplectic group projective (over a field) 60.L
Symplectic group unitary 60.L
Symplectic manifold 219.C
Symplectic matrix 60.L
Symplectic structure 219.C
Symplectic transformation 60.L
Symplectic transformation (over a noncommutative field) 60.O
Symplectic transformation group (over a field) 60.L
Synchronous (system of circuits) 75.B
Syndrome 63.C
Synge, John Lighten(1897-) 152.C 178.B 178.C
Synthesis (in the theory of networks) 282.C
Synthesis spectral 36.L
Synthetic geometry 181
System  -dynamical 36.K
System adjoint (of a complete linear system on an algebraic surface) 15.D
System adjoint, of differential equations 252.K
System algebraic 409.B
System algebraic, in the wider sense 409.B
System ample linear 16.N
System asynchronous (of circuits) 75.B
System axiom 35
System axiom (of a structure) 409.B
System axiom (of a theory) 411.I
System base for the neighborhood 425.E
System categorical (of axioms) 35.B
System character (of a genus of a quadratic field) 347.F
System characteristic linear (of an algebraic family) 15.F
System Chebyshev (of functions) 336.B
System classical dynamical 126.L 136.G
System complete (of axioms) 35.B
System complete (of independent linear partial differential equations) 324.C
System complete (of inhomogeneous partial differential equations) 428.C
System complete (of nonlinear partial differential equations) 428.C
System complete linear (on an algebraic curve) 9.C
System complete linear (on an algebraic variety) 16.N
System complete linear, defined by a divisor 16.N
System complete orthogonal 217.G
System complete orthonormal 217.G
System complete orthonormal, of fundamental functions 217.G
System complete residue, modulo m 297.G
System completely integrable (of independent 1-forms) 428.D
System continuous dynamical 126.B
System coordinate 90.A
System coordinate (of a line in a projective space) 343.C
System crystal 92.B
System determined (of differential operators) 112.R
System determined (of partial differential equations) 320.F
System differentiable dynamical 126.B
System differential 191.I
System direct (of sets) 210.B
System discrete dynamical 126.B
System distinct, of parameters 284.D
System dynamical 126
System equilibrium, transformation to 82.D
System formal 156.D 411.I
System fundamental (for a linear difference equation) 104.D
System fundamental (of a root system) 13.J
System fundamental (of eigenfunctions to an eigenvalue for an integral equation) 217.F
System fundamental root (of a semisimple Lie algebra) 248.N
System fundamental, of irreducible representations (of a complex semisimple Lie algebra) 248.W
System fundamental, of neighborhoods 425.E
System fundamental, of solutions (of a homogeneous linear ordinary differential equation) 252.B
System fundamental, of solutions (of a homogeneous system of first-order linear differential equations) 252.H
System Gamier 253.E
System group 235.B
System Haar, of orthogonal functions 317.C
System Hamiltonian 126.L
System holonomic 274.H
System holonomic, with regular singularities 274.H
System homotopy equivalent (of topological spaces) 202.F
System incompatible (of partial differential equations) 428.B
System inconsistent (of algebraic equations) 10.A
System indeterminate (of algebraic equations) 10.A
System inductive (in a category) 210.D
System inductive (of sets) 210.B
System inductive, of groups 210.C
System inductive, of topological spaces 210.C
System inertial 271.D 359
System information retrieval 96.F
System integrable 287.A
System international, of units 414.A
System inverse (of sets) 210.B
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