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Rektorys K. — Survey of Applicable Mathematics.Volume 2.
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Название: Survey of Applicable Mathematics.Volume 2.
Автор: Rektorys K.
Аннотация: This major two-volume handbook is an extensively revised, updated second edition of the highly praised Survey of Applicable Mathematics, first published in English in 1969.
The thirty-seven chapters cover all the important mathematical fields of use in applications: algebra, geometry, differential and integral calculus, infinite series, orthogonal systems of functions, Fourier series, special functions, ordinary differential equations, partial differential equations, integral equations, functions of one and several complex variables, conformal mapping, integral transforms, functional analysis, numerical methods in algebra and in algebra and in differential boundary value problems, probability, statistics, stochastic processes, calculus of variations, and linear programming. All proofs have been omitted. However, theorems are carefully formulated, and where considered useful, are commented with explanatory remarks. Many practical examples are given by way of illustration. Each of the two volumes contains an extensive bibliography and a comprehensive index.
Together these two volumes represent a survey library of mathematics which is applicable in many fields of science, engineering, economics, etc.
For researchers, students and teachers of mathematics and its applications.
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Рубрика: Математика /
Статус предметного указателя: Готов указатель с номерами страниц
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Издание: 2nd
Год издания: 1994
Количество страниц: 978
Добавлена в каталог: 30.08.2014
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Предметный указатель
"Del" operator I 234
"Edge of the wedge" theorem II 286
"Kugelsatz" II 286
, -spaces I 662 ff II
A posteriori estimates II 557
A priori extimates II 556
A-stability II 511
A-stable methods II 467 II
Abel, identity II 52
Abel, integral equation II 242
Abel, summability of series I 645
Abel, test of convergence of series I 350
Abel, theorem of power series I 647 II
Abelian groups I 47
Abscissae of quadrature formula I 555
Absolute convergence I 345
Absolute stability II 506
Absolute stability, domain of II 511
Absolute stability, interval of II 506
Absolute value of complex number I 10
Absolute value of real number I 8
Absolute value of vector I 227
Absolutely continuous operator II 351
Abstract function(s) II 364 ff
Abstract function(s), Bochner integrable II 367
Abstract function(s), continuity of II 365
Abstract function(s), derivative of II 366
Abstract function(s), integral of II 366
Abstract function(s), limit of II 366
Abstract function(s), simple II 366
Abstract function(s), strongly measurable II 366
Acceleration, vector of, components I 276
Acceptance sampling II 792 ff
Acceptance sampling, acceptance number II 792
Acceptance sampling, fraction defective II 792
Acceptance sampling, operating characteristic II 792
Acceptance sampling, procedures (sampling inspections, sampling plans) II 792
Acceptance sampling, procedures (sampling inspections, sampling plans) by attributes II 793
Acceptance sampling, procedures (sampling inspections, sampling plans) by variables II 795
Acceptance sampling, procedures (sampling inspections, sampling plans) multiple II 794
Acceptance sampling, procedures (sampling inspections, sampling plans) rectifying II 794
Acceptance sampling, procedures (sampling inspections, sampling plans), sequential II 795 II
Acceptance sampling, risk, consumer's and producer's II 792
Acceptance sampling, sequential II 795 II
Accumulation point I 340 II
Accumulation point in metric space II 326
Adams — Bashforth method II 502
Adams — Moulton method II 503
Addition of tensors I 254
Addition of trigonometric functions, formulae I 74 ff
Addition of vectors I 225
Adjoint, differential equation II 79
Adjoint, integral equation II 224
Adjoint, operator II 350 II II
Adjoint, space II 350
Adjoint, system of coordinates I 196
Adjusted value II 779
Admissible parameter I 264
Affine ratio and transformations I 189 ff
Airy function II 203
Aitken, estimator II 777
Aitken, theorem II 777
Algebra, fundamental theorem of I 21
Algebraic branch point II 274
Algebraic curves I 149 ff I I
Algebraic equations of higher degree I 37 ff
Algebraic equations, Numerical solution of II 648 ff
Algebraic equations, Quadratic, cubic, biquadratic I 39 ff
Algebraic multigrid method II 626
Algebraic real numbers I 5
Almost, everywhere I 560
Almost, uniform convergence II 261
Alternating, direction method II 560
Alternating, series I 350
Alternating, tensor I 256
Amplitude of complex number I 11
Amplitude of sine curve I 156
Analysis of variance (Anova) II 782
Analysis of variance (ANOVA), levels II 782
Analysis of variance (ANOVA), method of multiple comparison II 782
Analysis of variance (ANOVA), method of multiple comparison, Duncan, Scheffe, Tukey II 782 II
Analysis of variance (ANOVA), multivariate (MANOVA) II 785
Analysis of variance (ANOVA), one-way classification II 782 II
Analysis of variance (ANOVA), sum of squares II 783
Analysis of variance (ANOVA), sum of squares, A-factor, residual, total II 783
Analysis of variance (ANOVA), table of II 782
Analysis of variance (ANOVA), two-way classification II 782
Analytic continuation (extension) of functions of one complex variable II 275 II
Analytic continuation (extension) of functions of several complex variables II 286
Analytic function of complex variable II 274 II
Analytic geometry plane I 167 ff
Analytic solid I 195 ff
Anchor ring, equation of I 220
Angle(s) between line and plane I 208
Angle(s) between two curves I 304
Angle(s) between two planes I 202
Angle(s) between two straight lines I 174 I
Angle(s) of contingence I 278
Angle(s), bisectors of I 178
Angle(s), circular measure and degrees I 69 ff
Angle(s), trigonometric functions of I 71 ff
Angular extension II 181 II
Angular frequency I 156
Annuloid, volume, surface area, moment of inertia I 111
anova II 782
Aperiodic motion I 159
Applications of integral calculus in geometry and physics I 616 ff
Approximate, computation of integrals in finite element method II 450
Approximate, expressions I 398
Approximate, solution of integral equations II 585 ff
Approximate, solution of ordinary differential equations II 478 ff
Approximate, solution of ordinary differential equations, boundary value problems II 515 ff
Approximate, solution of ordinary differential equations, boundary value problems, finite difference method II 525
Approximate, solution of ordinary differential equations, boundary value problems, invariant imbedding method II 524
Approximate, solution of ordinary differential equations, boundary value problems, methods of transfer of boundary conditions II 520
Approximate, solution of ordinary differential equations, boundary value problems, multishooting method II 518
Approximate, solution of ordinary differential equations, boundary value problems, shooting method II 515
Approximate, solution of ordinary differential equations, initial value problems II 483 ff
Approximate, solution of ordinary differential equations, initial value problems, Euler method II 483
Approximate, solution of ordinary differential equations, initial value problems, extrapolation methods II 512
Approximate, solution of ordinary differential equations, initial value problems, linear k-step methods II 496
Approximate, solution of ordinary differential equations, initial value problems, predictor-corrector methods II 508 II
Approximate, solution of ordinary differential equations, initial value problems, Runge — Kutta methods II 492
Approximation(s) II 665 ff
Approximation(s) in Hilbert space II 667
Approximation(s) in linear normed space II 666
Approximation(s) of function by polynomials I 370 II
Approximation(s), best II 666
Approximation(s), Chebyshev II 669
Approximation(s), curve constructions I 165 ff
Approximation(s), finite difference II 546
Approximation(s), first and higher, for various functions I 399 ff
Approximation(s), interpolation II 665
Approximation(s), minimax II 669
Approximation(s), succesive, for Fredholm integral equations II 585
Approximation(s), uniform II 669
Archimedes spiral I 135
Archimedes spiral, constructions and theorems I 136 ff
Archimedes spiral, equation in polar coordinates I 136
Arcsin, arccos, arctan, arccot functions I 86 ff
Areas of plane figures, formulae for I 95 ff
Areas of plane figures, integral calculus I 622
Argand diagram I 10
Argument(s) of complex number I 11
Argument(s) of function I 359
Argument(s), calculation II 648 ff
Argument(s), calculation by "regula falsi" method II 658
Argument(s), calculation by Bairstow method II 659
Argument(s), calculation by Bernoulli — Whittaker method II 653
Argument(s), calculation by Graeffe method II 654
Argument(s), calculation by iterative methods II 661 II
Argument(s), calculation by Newton method II 658 II
Arithmetic sequences I 16
Arsinh, arcosh, artanh, arcoth functions I 92 ff
Arzela (Ascoli) theorem I 639 II
Associate Legendre functions I 705
Associative, law I 4
Associative, law for vectors I 226
Associative, rings I 47
Astroid I 134
Asymptotes of hyperbola I 121
Asymptotes of plane curves I 288 ff
Asymptotes of plane curves in polar coordinates I 302
Asymptotic behaiviour of integrals of differential equations II 46
Asymptotic cone of two hyperboloids I 214
Asymptotic curve (or line) on surface I 332
Asymptotic directions on surface I 326
Asymptotic expansions of series I 660
Asymptotic point of curve I 138
Asymptotic stability II 113
Autocorrelation function II 811
Autonomous system II 102
Autoregressive process (AR) II 812 II
Autovariance, function II 811
Autovariance, matrix II 813
Auxiliary equation II 58
Axes of coordinates I 167 I
Axial pencil of planes I 203
Axioms for addition and multiplication, groups, rings I 47 I
Axioms for distance II 323
Axioms for metric II 323
Axioms for norm II 331
Axioms for scalar product II 333
Backsubstitution II 597
Backward, analysis of round-off errors II 603
Backward, difference II 678
Backward, difference method II 504
Backward, light cone II 281
Bairstow method II 659
Balancing of matrix II 644
Ball II 278
Banach, Fixed-Point Theorem II 345
Banach, space II 331
Banach, theorem on, continuous extension of functional II 349
Banach, theorem on, continuous extension of operator II 349
Banach, theorem on, contraction mapping II 345
Banach, theorem on, on inverse operators II 349
Band matrix II 613
Bandwith of matrix II 613
Basic, functions II 423
Basic, point (in linear programming) II 838
Basic, variables (in linear programming) II 837
Basis in Hilbert space II 338
Basis in Hilbert space, orthonormal II 338
Bayes theorem II 693
Bending flexion of bar II 140
Bending flexion of bar, ber, bei functions I 704
Bernoulli theorem II 731
Bernoulli — Whittaker method II 653
Bernoulli, coefficients I 511
Bernoulli, equation II 20
Bernoulli, lemniscate I 151
Bernoulli, succes and failure II 710
Bernoulli, trials II 710
Berry — Essen inequality II 730
Bertrand curves I 296
Bessel, differential equation I 693 II II II II
Bessel, differential equation, modified I 702 II
Bessel, functions I 692 ff II II II II
Bessel, functions of first, kind I 692
Bessel, functions of second kind I 700
Bessel, functions of third kind I 702
Bessel, functions, , (tables of) I 695
Bessel, functions, , (tables of), roots of (tables) I 695 I
Bessel, functions, , (tables of), roots of their derivatives (tables) I 695
Bessel, functions, , (tables of) I 700 I
Bessel, functions, bei x, ber x I 704
Bessel, functions, integral representation of I 694
Bessel, functions, kei x, ker x I 705
Bessel, functions, limit form of I 697
Bessel, functions, modified I 702
Bessel, functions, recursion formulae I 694
Bessel, inequality I 674 II
Bessel, interpolation formulae II 681
Best approximation in Hibert space II 667
Best approximation in linear normed space II 666
Best approximation, uniform II 669
beta function I 549
Bias of the estimator II 748
Bidics II 279
Bieberbach estimate II 495
Biharmonic equation for Airy function II 203
Biharmonic problem II 203
Biholomorfic mapping II 288
Bijective operator (mapping) II 345
Bilinear form II 208 II II
Bilinear form, V-bounded II 209
Bilinear form, V-elliptic II 209
Bilinear Lagrange element two-dimensional II 438
Binomial (unit vector) to curve I 269
Binomial coefficients I 19
Binomial equations I 42
Binomial integrals, reduction formulae for I 490
Binomial series I 653
Binomial theorem I 19
Biquadratic equations, solution, algebraic I 42
Biquadratic equations, solution, by factorization I 41
Biquadratic Lagrange element two-dimensional II 438
Bisectors of angles between two straight lines I 177
Bisectors of angles of triangle I 80
Blending problem II 829
Bochner integral II 367
Bolzano — Cauchy condition I 337 I I
Bolzano — Cauchy condition of uniform convergence I 642
Bolzano — Cauchy condition, improper integrals I 524 I
Bolzano — Weierstrass theorem I 340
Bonferroni inequality II 690
Borel field II 691
Boundary of a set II 320
Boundary, conditions II 80 II II II II II
Boundary, conditions, homogeneous II 80 II
Boundary, conditions, linear II 80 II
Boundary, conditions, nonhomogeneous II 410
Boundary, conditions, separated II 480
Boundary, correspondence principle II 300
Boundary, element method II 469 ff
Boundary, element method, direct II 469
Boundary, element method, indirect II 470
Boundary, integral equation method II 469
Boundary, point of a net (mesh) II 563
Boundary, properties in conformal mapping II 304
Boundary, value problems of ordinary differential equations II 80 II
Boundary, value problems of ordinary differential equations, approximate solution II 515 ff
Boundary, value problems of ordinary differential equations, approximate solution by finite difference method II 525 ff
Boundary, value problems of ordinary differential equations, approximate solution by finite element method II 428 ff
Boundary, value problems of ordinary differential equations, approximate solution by shooting method II 515
Boundary, value problems of ordinary differential equations, approximate solution by transferring boundary conditions II 520
Boundary, value problems of ordinary differential equations, approximate solution by variational methods II 409 ff
Boundary, value problems of ordinary differential equations, two point II 480
Boundary, value problems of partial differential equations II 155 II II II
Boundary, value problems of partial differential equations, approximate solution II 409 ff II
Boundary, value problems of partial differential equations, approximate solution by finite difference method II 546 ff
Boundary, value problems of partial differential equations, approximate solution by finite element method II 428 ff
Boundary, value problems of partial differential equations, approximate solution by product method II 539 II
Boundary, value problems of partial differential equations, approximate solution by variational methods II 409 ff
Boundary, value problems, table of II 413
Bounded diameter I 113
Bounded function I 366
Bounded operator II 347 II II
Bounded region II 321 II
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