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| Ito K. — Encyclopedic Dictionary of Mathematics |
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| Предметный указатель |
Tensor angular momentum 258.D
Tensor antisymmetric 256.N
Tensor bundle (of a differentiable manifold) 147.F
Tensor calculus 417 App. Table
Tensor conformal curvature App. A Table
Tensor contracted 256.L
Tensor contravariant, of degree p 256.J
Tensor correlation 433.C
Tensor covariant, of degree q 256.J
Tensor curvature 80.J 80.L 364.D 417.B
Tensor energy spectrum 433.C
Tensor energy-momentum 150.B 359.D
Tensor field 105.O
Tensor field alternating 105.O
Tensor field contravariant, of order r 105.O
Tensor field covariant derivative of (in the direction of a tangent vector) 80.I
Tensor field covariant, of order s 105.O
Tensor field left invariant (on a Lie group) 249.A
Tensor field of almost complex structure (induced by a complex structure) 72.B
Tensor field of class 105.O
Tensor field of type (r, s) with value in E 417.E
Tensor field of type (r,s) 105.O
Tensor field parallel 364.B
Tensor field random 395.I
Tensor field right invariant (on a Lie group) 249.A
Tensor field symmetric 105.O
Tensor fundamental (of a Finsler space) 152.C
Tensor fundamental (of a Riemannian manifold) 364.A
Tensor Green 188.E
Tensor irreducible, of rank k 353.C
Tensor Maxwell stress 130.A
Tensor mixed 256.J
Tensor Nijenhuis 72.B
Tensor numerical App. A Table
Tensor of type (p,q) 256.J
Tensor product 424.R
Tensor product (of A-homomorphisms) 277.J
Tensor product (of A-modules) 277.J
Tensor product (of algebras) 29.A
Tensor product (of chain complexes) 201.J
Tensor product (of cochain complexes) 201.J
Tensor product (of distributions) 125.K
Tensor product (of Hilbert spaces) 308.C
Tensor product (of linear mappings) 256.I
Tensor product (of linear representations) 362.C
Tensor product (of linear spaces) 256.I
Tensor product (of locally convex spaces) 424.R
Tensor product (of sheaves) 383.I
Tensor product (of vector bundles) 147.F
Tensor product (of von Neumann algebras) 308.C
Tensor product continuous 377.D
Tensor product projective - 36.H
Tensor product spatial 36.H
Tensor projective curvature App. A Table
Tensor representation (of a general linear group) 256.M
Tensor Ricci 364.D App. Table
Tensor second fundamental 417.F
Tensor skew-symmetric 256.N
Tensor space of degree k 256.J
Tensor space of type (p,q) 256.J
Tensor strain 271.G
Tensor stress 150.B 271.G
Tensor symmetric 256.N
Tensor torsion App. A Table
Tensor torsion (of a Frechet manifold) 286.L
Tensor torsion (of a Riemannian connection) 80.L
Tensor torsion (of an affine connection) 80.J 417.B
Tensor torsion (of an almost contact structure) 110.E
Tensor Weyl’s conformal curvature 80.P
Tensorial form 80.G
Tensorial p-form 417.C
Teplitz, Vigdor L. 146.r
ter Haar, Dick 402.r
Terada, Toshiaki(1941-) 206.D 428.H
Terano, Takao(1952-) 301.F
Terasaka, Hidetaka(1904-) 235.A 235.C
Terjanian, Guy 118.F
Term (in predicate logic) 411.H
Term (of a language) 276.A
Term (of a polynomial) 337.B
Term (of a sequence) 165.D
Term (of a series) 379.A
Term base (of a spectral sequence) 200.J
Term closed (of a language) 276.A
Term constant (of a formal power series) 370.A
Term constant (of a polynomial) 337.B
Term error 403.D
Term fiber (of a spectral sequence) 200.J
Term initial (of an infinite continued fraction) 83.A
Term nth (of sequence) 165.D
Term penalty 440.B
Term subtraction 111.B
Term undefined 35.B
Terminal decision rule 398.F
Terminal point (in a Markov process) 261.B
Terminal point (of a curvilinear integral) 94.D
Terminal point (of a path) 170
Terminal point (of a vector) 442.A
Terminal time 261.B
Terminal vertex 186.B
Termwise differentiable (infinite series with function terms) 379.H
Termwise differentiation, theorem of (on distributions) 125.G
Termwise integrable (series) 216.B
Ternary set 79.D
Terry model, Bradley — 346.C
Terry normal score test, Fisher — Yates — 371.C
Terry, Milton Everett(1916-) 346.C 371.C
Tertiary obstruction 305.D
Tertium non datur 156.C
Tesseral harmonics 393.D
test 400.A
Test Abel 379.D
Test almost invariant 400.E
Test Cauchy condensation 379.B
Test Cauchy integral 379.B
Test channel 213.E
Test chi-square 400.G
Test chi-square, of goodness of fit 400.K
Test comparison 379.B
Test consistent 400.K
Test Dini (on the convergence of Fourier series) 159.B
Test Dini — Lipschitz (on the convergence of Fourier series) 159.B
Test Dirichlet (on Abel’s partial summation) 379.D
Test Dirichlet (on the convergence of Fourier series) 159.B
Test duo-trio 346.D
Test F- 400.G
Test Fisher — Yates — Terry normal score 371.C
Test function 400.A
Test function space 125.S
Test goodness-of-fit 397.Q 401.E
Test invariant 400.E
Test Jordan (on the convergence of Fourier series) 159.B
Test Kolmogorov 45.F
Test Kolmogorov — Smirnov 371.F
Test Kruskal — Wallis 371.D
Test Lebesgue (on the convergence of Fourier series) 159.B
Test Leibniz (for convergence) 379.C
Test level 400.A
Test likelihood ratio 400.I
Test Mann — Whitney U- 371.C
Test minimax level 400.F
Test most powerful 400.A
Test most stringent level 400.F
Test nonparametric 371.A
Test nonrandomized 400.A
Test of du Bois — Reymond and Dedekind 379.D
Test outlier 397.Q
Test pair 346.D
Test randomized 400.A
Test sensory 346.B
| Test sequential 400.L
Test sequential probability ratio 400.L
Test sign 371.B
Test signed rank 371.B
Test similar 400.D
Test statistics, Kolmogorov — Smirnov 374.E
Test Student 400.G
Test sufficient ( -field) 396.J
Test t- 400.G
Test triangle 346.D
Test UMP in variant level 400.E
Test UMP unbiased level 400.C
Test unbiased level 400.C
Test uniformly consistent 400.K
Test uniformly most powerful (UMP) 400.A
Test uniformly most powerful invariant level 400.E
Test uniformly most powerful unbiased level 400.C
Test van der Waerden 371.C
Test Welch 400.G
Test Wiener (for Brownian motion) 45.D
Test Wiener (for Dirichlet problem) 338.G
Test Wiener (for random walk) 260.E
Test Wilcoxon 371.C
Test Wilcoxon signed rank 371.B
Testing hypothesis 401.C
Testing statistical hypothesis 400
Tetracyclic coordinates 90.B
Tetragamma function 174.B
Tetragonal (system) 92.E
Tetrahedral group 151.G
tetrahedron 7.D 357.B
Tetrahedron polar 350.C
Tetrahedron self-polar 350.C
Thales(c.639-c.546 B.C.) 35.A 181 187
Theaitetus(415-369 B.C.) 187
Theil, Henri(1924-) 128.r
Theodorsen function 39.E
Theodorsen, Theodore(1897-) 39.F
Theodorus(of Cyrene)(5th century B.C.) 187
Theon(of Alexandria)(fl.370) 187
Theon(of Smyrna)(fl.130) 187
Theorem A 21.L 72.E 72.F
Theorem B 21.L 72.E 72.F
Theorem(s) see also Specific theorems
Theorem(s) Brouwer’s, on the invariance of domain 117.D
Theorem(s) cup product reduction 200.M
Theorem(s) invariance, of analytic relations 198.K
Theorem(s) kernel 125.L 424.S
Theorem(s) local limit 250.B
Theorem(s) of angular momentum 271.E
Theorem(s) of coding 273.D—F
Theorem(s) of completeness (in geometry) 155.B
Theorem(s) of identity 21.C
Theorem(s) of linear ordering (in geometry) 155.B
Theorem(s) of momentum 271.E
Theorem(s) of quasiconformal reflection 352.C
Theorem(s) of Tauberian type 339.B
Theorem(s) of termwise differentiation (of distributions) 125.G
Theorem(s) on complete form 356.H
Theorem(s) on invariance of dimension of Euclidean spaces 117.D
Theorem(s) product, for dimension 117.C
Theorem(s) structure, for von Neumann algebras of type III 308.I
Theorem(s) translation (in class field theory) 59.C
Theorem(s) translation representation 375.H
Theorem(s) transversality 105.L
Theorem(s) triangle comparison 178.A
Theorem(s) Tucker’s, on complementary slackness 255.B
Theorem(s) unicursal graph (Euler’s) 186.F
Theorem(s) Weierstrass’s, of double series 379.H
Theoretical formula 19.F
Theory Ahlfors’s, of covering surfaces 272.J 367.B
Theory Cantor’s, of real numbers 294.E
Theory class field 59
Theory classification, of Riemann surfaces 367.E
Theory combinatorial 66.A
Theory complete cohomology 200.N
Theory constructive field 150.F
Theory de Rham homotopy 114.L
Theory Dedekind’s, of real numbers 294.E
Theory dimension 117
Theory Euclidean field 150.F
Theory Euclidean Markov field 150.F
Theory exact sampling 401.F
Theory finite-displacement (of elasticity) 271.G
Theory Galois 172
Theory Galois, of differential fields 113
Theory game 173
Theory graph 186
Theory Haag — Ruelle scattering 150.D
Theory hidden variables 351.L
Theory hydromagnetic dynamo 259
Theory information 213
Theory Kaluza’s 5-dimensional 434.C
Theory large sample 401.E
Theory lattice gauge 150.G
Theory Littlewood — Paley 168.B
Theory local class field 59.G
Theory Lyusternik — Shnirel’man 286.Q
Theory Minkowski reduction (on fundamental regions) 122.E
Theory Morse 279
Theory Morse, fundamental theorems of 279.D
Theory Nevanlinna (of meromorphic functions) 124.B 272.B
Theory nonsymmetric unified field 434.C
Theory number, analytic 296.B
Theory number, elementary 297
Theory number, geometric 296. B
Theory of buildings 343.I
Theory of calculus of variations, classical 46.C
Theory of elasticity 271.G
Theory of electromagnetic waves 130.B
Theory of errors 138.A
Theory of functions 198.Q
Theory of functions of a complex variable 198.Q
Theory of gases, kinetic 402.B
Theory of perturbations, general 420.E
Theory of perturbations, special 420.E
Theory of plasticity 271.G
Theory of probability 342.A
Theory of relativity, general 359.A
Theory of relativity, special 359.A
Theory of singularities 418
Theory Peter — Weyl (on compact groups) 69.B
Theory Peter — Weyl (on compact Lie groups) 249.U
Theory Picard — Vessiot 113
Theory prediction 395.D
Theory prediction, linear 395.D
Theory proof 156.D
Theory quantum field 150.C
Theory ramified type 411.K
Theory realization 86.D
Theory risk 214.C
Theory risk, classical 214.C
Theory risk, collective 214.C
Theory risk, individual 214.C
Theory S-matrix 386.C
Theory Serre - 202.N
Theory set 381.F
Theory slender body 205.B
Theory small-displacement, of elasticity 271.G
Theory supermultiplet, Wigner’s 351.J
Theory syzygy 200.K
Theory thin wing 205.B
Theory Tomita — Takesaki 308.H
Theory type 411.K
Theory unified field 434.A
Theory unitary field 434.C
Thermal contact 419.A
Thermal expansion, coefficient of 419.A
Thermal noise 402.K
Thermodynamic limit 402.G
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