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| Ito K. — Encyclopedic Dictionary of Mathematics. Vol. 2 |
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| Предметный указатель |
Law Hooke’s 271.G
Law idempotent (in a lattice) 243.A
Law initial (for stochastic differential equation) 406.D
Law Joule’s 130.B
Law Kepler’s first 271.B
Law Kepler’s second 271.B
Law Kepler’s third 271.B
Law Kirchhoff 282.B
Law Kolmogorov zero-one 342.G
Law Maxwell — Boltzmann distribution 402.B
Law modular (in a lattice) 243.F
Law Newton (on frictional stresses) 205.C
Law Newton’s first 271.A
Law Newton’s second 271.A
Law Newton’s third 271.A
Law of action and reaction 271.A
Law of complementation (in a Boolean algebra) 42.A
Law of composition 409.A
Law of composition, external 409.A
Law of composition, internal 409.A
Law of cosines (on spherical triangles) 432.B App. Table
Law of cosines, first 432.A App. Table
Law of cosines, second 432.A App. Table
Law of cotangents App. A Table
Law of excluded middle 156.C 411.L
Law of inertia 271.A
Law of inertia, Sylvester (for a quadratic form) 348.C
Law of iterated logarithm 45.F
Law of iterated logarithm, Khinchin 250.C
Law of Large Numbers 250.B 395.B
Law of Large Numbers, strong 250.C
Law of motion 27LA
Law of motion, Newton’s three 271.A
Law of quadratic reciprocity of Jacobi symbol 297.I
Law of quadratic reciprocity of Legendre symbol 297.I
Law of reaction 271.A
Law of reciprocity 14.O 297.I
Law of reciprocity, Artin general 59.C
Law of reciprocity, general 14.O
Law of similarity, Prandtl — Glauert 205.D
Law of similarity, Reynolds 205.C
Law of similitude 116
Law of Sines 432.A App. Table
Law of sines (for spherical triangles) 432.B App. Table
Law of sines and cosines App. A Table
Law of small numbers 250.B
Law of symmetry (for the Hilbert norm-residue symbol) 14.R
Law of tangents App. A Table
Law of universal gravitation 271.B
Law Ohm 130.B259
Law reciprocity, of Shafarevich 257.H
Law reflexive (for an equivalence relation) 135.A
Law reflexive (for ordering) 311.A
Law second complementary, of quadratic reciprocity of Legendre symbol 297.I
Law symmetric (for an equivalence relation) 135.A
Law transitive (for an equivalence relation) 135.A
Law transitive (for ordering) 311.A
Law zero-one 342.G
Law(s) (of a solution of a stochastic differential equation) 406.D
Lawler, Eugene L. 66.r 281.r 376.r
Lawley, Derrick Norman 280.B G r r
Lawson, Charles L. 302.r
Lawson, Herbert Blaine, Jr. 80.r 154.r 178.r 275.F r364.H
Lax equivalence theorem 304.F
Lax representation 287.B 387.C
Lax — Wendroff scheme 304.F
Lax, Peter David 112.J P S r r
Layer boundary 205.C
Layer potential of double 338.A
Layer potential of single 338.A
Layout, two-way 155.H
Lazard, Daniel 200.K
Lazard, Michel Paul 122.F
Lazarov, Connor 154.H
LBA problem 31.F
LCL (lower control limit) 404.B
Le Cam theorem 399.K
Le Dung Trang 418.I
Leadbetter, Malcolm Ross 395.r
Leaf (leaves) (of a foliation) 154.B
Leaf (leaves) compact 154.D
Leaf (leaves) growth of 154.H
Leaf topology 154.D
Learning model 346.G
Least action, principle of 441.B
Least common multiple 67.H 297.A
Least element (in an ordered set) 311.B
Least favorable a priori distribution 398.H
Least favorable distribution 400.B
Least square approximation 336.D
Least squares estimator 403.E
Least squares estimator generalized 403.E
Least squares method indirect (in econometrics) 128.C
Least squares method three-stage 128.C
Least squares method two-stage 128.C
Least squares problem, linear 302.E
Least squares, method of (for estimation) 403.E
Least squares, method of (for higher-dimensional data) 397.J
Least squares, method of (for numerical solution) 303.I
Least upper bound (ordered sets) 310.C 311.B
Lebesgue (function) 221.B
Lebesgue area (of a surface) 246.C
Lebesgue convergence theorem 221.C
Lebesgue decomposition theorem 270.L 380.C
Lebesgue density theorem 100.B
Lebesgue dimension 117.B
Lebesgue extension 270.D
Lebesgue integrable 22l.B
Lebesgue integral 221.B
Lebesgue measurability and the Baire property 33.F
Lebesgue measurable (set) 270.G
Lebesgue measurable function 270.J
Lebesgue measure 270.G
Lebesgue measure generalized 270.E
Lebesgue measure space (with a finite  -finite measure) 136.A
Lebesgue method of summation 379.S
Lebesgue number 273.F
Lebesgue outer measure 270.G
Lebesgue spectrum, countable 136.E
Lebesgue test (on the convergence of Fourier series) 159.B
Lebesgue theorem (on the dimension of  ) 117.D
Lebesgue theorem Borel- 273.H
Lebesgue theorem Cantor- 159.J
Lebesgue theorem Riemann- 159.A 160.A
Lebesgue — Stieltjes integral 94.C 166.C
Lebesgue — Stieltjes measure 166.C 270.L
Lebesgue, H.L. 244
Lebesgue, Henri Leon 20.r 22.A 84.D 93.F 94.C r D r B D E J E G J L r D r
Lebesgue-Radon integral 94.C
Lebowitz, A. 134.r
Lebowitz, Joel Louis 136.G
LeCam, Lucien 341.r 398.r 399.K M N r
Ledger, Arthur Johnson 364.r
Lee Tsung Dao 359.C
Lee, Benjamin W. 132.r
Lee, E. Bruce 86.r
Lee, Y. W. 95.r
Leech, John 151.I
Leela, S. 163.r
Lefebvre, Henri 101.r
Lefschetz duality theorem, Poincare- 201.O
Lefschetz fixed-point formula 450.Q
Lefschetz fixed-point theorem 153.B
Lefschetz formula, Picard- 418.F
Lefschetz number (of a continuous mapping) 153.B
Lefschetz number (of a variety) 16.P
Lefschetz pencil 16.U
Lefschetz theorem strong 16.U
Lefschetz theorem weak 16.U
Lefschetz transformation, Picard- 16.U
| Lefschetz, Solomon 3.A 12.B 15.B 16.P U V r C r E O r I r
Left  -ideal 27.A
Left A-module 277.D
Left adjoint functor 52.K
Left adjoint linear mapping 256.Q
Left annihilator 29.H
Left Artinian ring 368.F
Left balanced functor 200.I
Left continuous 84.B
Left coset 190.C
Left coset space 423.E
Left decomposition, Peirce (in a unitary ring) 368.F
Left derivative 106.A
Left derived functor 200.I Q
Left differentiable 106.A
Left distributive law 312.C
Left endpoint (of an interval) 355.C
Left exact functor 200.I
Left G-set 362.B
Left global dimension (of a ring) 200.K
Left hereditary ring 200.K
Left ideal 368.F
Left ideal integral 27.A
Left invariant Haar measure 225.C
Left invariant metric (of a topological group) 423.I
Left invariant tensor field (on a Lie group) 249.A
Left inverse element (in a ring) 368.B
Left linear space 256.A
Left Noetherian ring 368.F
Left operation 409.A
Left order (of a  -lattice) 27.A
Left parametrix 345.A
Left projective resolution (of an A-module) 200.C
Left projective space 343.F
Left quotient space (of a topological group) 423.E
Left regular representation (of a group) 362.B
Left regular representation (of an algebra) 362.C
Left resolution (of an A-module) 200.C
Left satellite 200.I
Left semi-integral 68.N
Left semihereditary ring 200.K.
Left shunt 115.B
Left singular point (of a diffusion process) 115.B
Left translation 249.A 362.B
Left uniformity (of a topological group) 423.G
Left, limit on the 87.F
Legendre associated differential equation 393.A
Legendre coefficient 393.B
Legendre differential equation 393.B App. Table
Legendre function 393.B App. Table
Legendre function associated App. A Table
Legendre function associated (of the first kind) 393.C App. Table
Legendre function associated (of the second kind) 393.C App. Table
Legendre function of the first kind 393.B App. Table
Legendre function of the second kind 393.B App. Table
Legendre polynomial 393.B App. Table
Legendre relation 134.F App. Table
Legendre symbol 297.H
Legendre symbol first complementary law of reciprocity of 297.I
Legendre symbol law of quadratic reciprocity of 297.I
Legendre symbol second complementary law of reciprocity of 297.I
Legendre transform 419.C
Legendre transformation (contact transform) 82.A App. Table
Legendre — Jacobi standard form 134.A App. Table
Legendre, Adrien Marie 4.D 46.C 82.A 83.B 107.A 109 123.A 134.A F B I Tables 15.IV 16.I IV 18.II III
Lehman, R. Sherman 385.r 450.I
Lehmann representation, Kallen- 150.D
Lehmann theorem 371.C
Lehmann theorem Hodges- 399.E H
Lehmann weight, Kallen- 150.D
Lehmann — Scheffe theorem 399.C
Lehmann — Stein theorem 400.B
Lehmann, Erich Leo 371.A C H r E H P r r
Lehmann, Harry Paul 150.D
Lehmer method 301.K
Lehmer, Derrick Henry 145 301.K 354.B
Lehmer, Derrick Norman 123.r
Lehner, Joseph 32.r
Lehrer, G. I. App. B Table
Lehto, Olli 62.C 352.C
Leibenzon (Leibenson), Zinovil Lazarevich 192.Q
Leibler (K-L) information number, Kullback- 398.G
Leibler, Richard Arthur 398.G
Leibniz formula (in differentiation) 106.D App. Table
Leibniz test (for convergence) 379.C
Leibniz, G.W. 245
Leibniz, Gottfried Wilhelm, Freiherr von 20 38 75.A 106.D 107.A 156.B 165.A 245 265 283 293.A 332 379.C App. A Tables 10.III
Leith, Cecil Eldon, Jr. 433.C
Leja, Franciszek 48.D
Lelong, Pierre 21.r
Lelong-Ferrand, Jacqueline 364.r
Lemaire, Luc R. 195.E r
Lemniscate 93.H
Lemniscate Bernoulli 93.H
Length 246
Length  -(of a group) 151.F
Length (of a broken line) 139.F
Length (of a curve) 93.F 246.A
Length (of a descending chain in a lattice) 243.F
Length (of a module) 277.I
Length (of a multi-index) 112.A
Length (of a normal chain in a group) 190.G
Length (of a path) 186.F
Length (of a segment) 139.C
Length (of a Witt vector) 449.B
Length affine 110.C
Length affine arc 110.C
Length extremal (of a family of curves) 143.A
Length extremal, defined by Hersch — Pfluger 143.A
Length extremal, with weight 143.B
Length focal 180.B
Length of finite (module) 277.I
Length queue 260.H
Length wave 446
Lens space 91.C
Lens space infinite 91.C
Lens, Luneburg’s 180.A
Lenstra, J. K. 376.r
Leon, Jeffrey S. 151.I
Leonardo da Vinci 360
Leonardo Pisano see “Fibonacci”
Leontief, Wassily W. 255.E
Leontovich, A. M. 420.G
Leopoldt, Heinrich Wolfgang 14.D U J
Leopoldt’s conjecture 450.J
Leptons 132.B
Leray — Hirsch theorem 201J
Leray — Schauder degree 286.D
Leray — Schauder fixed-point theorem 286.D 323.D
Leray, Jean 20 112.B 125.A 146.A 148.A E D r D J r r
Lerner, R. G. 414.r
LeRoy, Edouard 379.S
Lesley, Frank David 275.C
Lettenmeyer, Fritz 254.D 289.D 314.A
Letter ( = variable) 369.A
Letter (in information theory) 63.A 213.B
Level  test 400.A
Level test minimax 400.F
Level test most stringent 400.F
Level test unbiased 400.C
Level test uniformly most powerful (UMP) invariant 400.E
Level test uniformly most powerful (UMP) unbiased 400.C
Level (of a factor) 102.H
Level (of a modular form) 32.C
Level (of a modular function) 32.C
Level (of a principal congruence subgroup) 122.D
Level (of a test) 400.A
Level (of a tolerance region) 399.R
Level (of an orthogonal array) 102.L
Level average outgoing quality 404.C
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