| 529 | -- | 560 | S. Jonathan Chapman, Sam D. Howison, John R. Ockendon. Macroscopic Models for Superconductivity |
| 561 | -- | 580 | Per Christian Hansen. Analysis of Discrete Ill-Posed Problems by Means of the L-Curve |
| 581 | -- | 613 | Jinchao Xu. Iterative Methods by Space Decomposition and Subspace Correction |
| 614 | -- | 634 | Mojdeh Hajmirzaahmad, Allan M. Krall. Singular Second-Order Operators: The Maximal and Minimal Operators, and Selfadjoint Operators in Between |
| 635 | -- | 641 | Louise E. Moser. Calculus and Probability Determine the Performance of a Disk Drive |
| 642 | -- | 647 | Stephen P. Huestis. Smallest Nonnegative Solutions to Linear Inverse Problems |
| 648 | -- | 0 | Augustus J. E. M. Janssen, Jan B. M. Melissen. An Unexpected Result in Classical Electrostatics |
| 648 | -- | 649 | D. B. Jevtic. Optimum Time to Empty a Random Access FHMA System |
| 649 | -- | 0 | Carl C. Grosjean. A Finite Sum of Products of Binomial Coefficients |
| 649 | -- | 650 | Peter R. Graves-Morris. A Determinant Identity |
| 649 | -- | 0 | Johann Walter. World Lines of Photons and Distributional Solutions with Small Support of the Homogeneous Wave Equation |
| 650 | -- | 652 | John Quinn. A Center of Gravity Perturbation (M. S. Klamkin) |
| 652 | -- | 653 | H. J. Broersma, Andy Liu, L. V. Saxton. An Affirmative Action Graph (D. J. Newman) |
| 653 | -- | 654 | John Todd, Bill Braden, Bernard Danloy, Frank Schmidt. Inequality of the AGM and the Logarithmic Mean (B. C. Carlson and M. Vuorinen) |
| 654 | -- | 656 | John Melville. A Linear Integro-Differential Equation (John Melville) |
| 656 | -- | 658 | J. Boersma, Pieter J. de Doelder. A Finite Part Integral (B. Bertram and O. G. Ruehr) |
| 658 | -- | 661 | H. L. Abbott. Approximation for the Location of the Center of a Disk (M. L. Glasser and J. Koplowitz) |
| 662 | -- | 0 | Brian Alspach. An Introduction to Combinatorics (Alan Slomson) |
| 663 | -- | 665 | Guanrong Chen. Linear Controller Design: Limits of Performance (Stephen P. Boyd and Craig H. Barratt) |
| 663 | -- | 0 | David C. Arney. Practical Time-Stepping Schemes (W. L. Wood) |
| 665 | -- | 666 | Luca Disci. The Riccati Equation (S. Bittanti, A. J. Laub, and J C. Willems) |
| 666 | -- | 0 | Richard Durrett. Intersections of Random Walks (Gregory F. Lawler) |
| 666 | -- | 668 | Desmond J. Higham. Order Stars (A. Iserles and S. P. Nørsett) |
| 668 | -- | 669 | Robert B. Kelman. Algorithms for Discrete Fourier Transform and Convolution (Richard Tolimieri, Myoung An, and Chao Lu) |
| 669 | -- | 671 | Lucien Le Cam. Comparison of Statistical Experiments (Erik Torgersen) |
| 671 | -- | 673 | Robert F. Ling. Applied Multivariate Data Analysis, Vol. I: Regression and Experimental Design (J. D. Jobson) |
| 673 | -- | 675 | François Loeser. Generalized Hypergeometric Functions (Bernard Dwork) |
| 675 | -- | 0 | Jorma Louko. An Introduction to General Relativity (L. P. Hughston and K. P. Tod) |
| 675 | -- | 678 | Daniel F. McCaffrey. Generalized Additive Models (T. J. Hastie and R. J. Tibshirani) |
| 678 | -- | 679 | Anthony N. Michel. Code Recognition and Set Selection with Neural Networks (Clark Jeff fries) |
| 679 | -- | 680 | John R. Ockendon. Mathematics in Industrial Problems: Part 4 (Avner Friedman) |
| 680 | -- | 681 | Clark Robinson. Chaotic Behavior of Deterministic Dissipative Systems (Milos Marek and Igor Schreiber) |
| 681 | -- | 682 | Richard Rochberg. Wavelets and Singular Integrals on Curves and Surfaces (Guy David) |
| 682 | -- | 684 | Emilio Roxin. Stability of Functional Differential Equations (V. B. Kolmanovskii and V. R. Nosov) |
| 684 | -- | 687 | B. D. Sleeman. Two Parameter Eigenvalue Problems in Ordinary Differential Equations (M. Faierman) |
| 684 | -- | 0 | Ramalingam Shanmugam. Point Processes and Their Statistical Inference (Alan F. Karr) |
| 687 | -- | 689 | P. S. Symonds. Introduction to Optimization of Structures (N. V. Banichuk) |
| 689 | -- | 691 | Henry Warchall. Solitons in Physics, Mathematics, and Nonlinear Optics (P. J. Olver and D. H. Sattinger, eds.) |
| 691 | -- | 692 | Huseyin Küçak. Natural Minimal Surfaces: Via Theory and Computation With David Hoffman |