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Acta Mathematica, 1960
ISSN:
0001-5962 (Print)
1871-2509 (Online)
In this year (26 articles)
Volume 103, Issue 1
[1] Anders Wiman in memoriam
Trygve Nagell Uppsala
TBD mathscidoc:1701.331187
Acta Mathematica, 103, (1), I-VI, 1960.7
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[2] On the geometrical moments of skew-regular simplices in hyperspherical space, with some applications in geometry and mathematical statistics
Harold Ruben Columbia University, New York
TBD mathscidoc:1701.331188
Acta Mathematica, 103, (1), 1-23, 1959.5
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Donoho D L, Tanner J. Neighborliness of randomly projected simplices in high dimensions[J]. Proceedings of the National Academy of Sciences of the United States of America, 2005, 102(27): 9452-9457.
2
Donoho D L, Tanner J. Counting faces of randomly projected polytopes when the projection radically lowers dimension[J]. Journal of the American Mathematical Society, 2009, 22(1): 1-53.
3
David L Donoho. High-Dimensional Centrally Symmetric Polytopes with Neighborliness Proportional to Dimension ∗. 2005.
4
Affentranger F, Schneider R. Random projections of regular simplices[J]. Discrete and Computational Geometry, 1992, 7(3): 219-226.
5
Donoho D L, Tanner J. Exponential Bounds Implying Construction of Compressed Sensing Matrices, Error-Correcting Codes, and Neighborly Polytopes by Random Sampling[J]. IEEE Transactions on Information Theory, 2010, 56(4): 2002-2016.
6
Brczky K, Henk M. Random projections of regular polytopes[J]. Archiv der Mathematik, 1999, 73(6): 465-473.
7
Stojnic M. -Optimization in Block-Sparse Compressed Sensing and Its Strong Thresholds[J]. IEEE Journal of Selected Topics in Signal Processing, 2010, 4(2): 350-357.
8
Betke U, Henk M. Intrinsic volumes and lattice points of crosspolytopes[J]. Monatshefte für Mathematik, 1993: 27-33.
9
Mccoy M B, Tropp J A. Sharp Recovery Bounds for Convex Demixing, with Applications[J]. Foundations of Computational Mathematics, 2014, 14(3): 503-567.
10
Hadwiger H. Gitterpunktanzahl im Simplex und Wills\u0027sche Vermutung[J]. Mathematische Annalen, 1979, 239(3): 271-288.
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[3] On the theory of harmonic functions of several variables
Elias M. Stein University of Chicago, Chicago, USA Guido Weiss University of Chicago, Chicago, USA
TBD mathscidoc:1701.331189
Acta Mathematica, 103, (1), 25-62, 1959.7
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[4] On small sumsets in an abelian group
J. H. B. Kemperman Purdue University, Lafayette, Indiana, USA
TBD mathscidoc:1701.331190
Acta Mathematica, 103, (1), 63-88, 1959.4
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Hamidoune Y O, Llado A S, Serra O, et al. Vosperian and superconnected Abelian Cayley digraphs[J]. Graphs and Combinatorics, 1991, 7(2): 143-152.
2
Bilu Y, Lev V F, Ruzsa I Z, et al. Rectification Principles in Additive Number Theory[J]. Discrete and Computational Geometry, 1998, 19(3): 343-353.
3
Lev V F, Łuczak T, Schoen T, et al. Sum-free sets in abelian groups[J]. Israel Journal of Mathematics, 2001, 125(1): 347-367.
4
Bollobas B, Leader I. Sums in the grid[J]. Discrete Mathematics, 1996, 162(1): 31-48.
5
Bilu Y. Addition of Sets of Integers of Positive Density[J]. Journal of Number Theory, 1997, 64(2): 233-275.
6
Diderrich G T. An addition theorem for Abelian groups of order pq[J]. Journal of Number Theory, 1975, 7(1): 33-48.
7
Grynkiewicz D J. On a partition analog of the Cauchy-Davenport theorem[J]. Acta Mathematica Hungarica, 2005: 161-174.
8
Bruen A A, Haddad L, Wehlau D L, et al. Binary codes and caps[J]. Journal of Combinatorial Designs, 1998, 6(4): 275-284.
9
Grynkiewicz D J. On a Conjecture of Hamidoune for Subsequence Sums[C]., 2005.
10
Lev V F. CRITICAL PAIRS IN ABELIAN GROUPS AND KEMPERMAN\u0027S STRUCTURE THEOREM[J]. International Journal of Number Theory, 2005, 02(03): 379-396.
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[5] Computable probability spaces
Bayard Rankin Case Institute of Technology, Cleveland, Ohio, USA
TBD mathscidoc:1701.331191
Acta Mathematica, 103, (1), 89-122, 1958.8
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[6] Perturbations of nonlinear systems
James C. Lillo University of Kansas, Kansas, USA
TBD mathscidoc:1701.331192
Acta Mathematica, 103, (1), 123-138, 1959.4
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Volume 103, Issue 3
[1] Jakob Nielsen in memoriam
Werner Fenchel Copenhagen
TBD mathscidoc:1701.331193
Acta Mathematica, 103, (3), IV-XIX, 1960.6
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Christian Kassel · Christophe Reutenauer. Sturmian morphisms, the braid group B 4 , Christoffel words and bases of F 2. 2006.
2
Sorensen H K. Confluences of agendas: Emigrant mathematicians in transit in Denmark, 1933–1945[J]. Historia Mathematica, 2014, 41(2): 157-187.
3
Vagn Lundsgaard Hansen. Jakob Nielsen and His Contributions to Topology. 1999.
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[2] On the theory of potentials in locally compact spaces
Bent Fuglede Copenhagen
TBD mathscidoc:1701.331194
Acta Mathematica, 103, (3), 139-215, 1959.6
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Amabili M, Pellicano F, Paidoussis M P, et al. NON-LINEAR DYNAMICS AND STABILITY OF CIRCULAR CYLINDRICAL SHELLS CONTAINING FLOWING FLUID. PART I: STABILITY[J]. Journal of Sound and Vibration, 1999, 225(4): 655-699.
2
Zorii N. Equilibrium Potentials with External Fields[J]. Ukrainian Mathematical Journal, 2003, 55(9): 1423-1444.
3
E Bendito · A Carmona · A M Encinas · J M Gesto. Estimation of Fekete points. 2007.
4
Hans Wallin. Continuous functions and potential theory. 1963.
5
Sikic H, Song R, Vondracek Z, et al. Potential Theory of Geometric Stable Processes[J]. Probability Theory and Related Fields, 2005, 135(4): 547-575.
6
Song R, Vondracek Z. Potential theory of subordinate killed Brownian motion in a domain[J]. Probability Theory and Related Fields, 2003, 125(4): 578-592.
7
Zorii N. Equilibrium Problems for Potentials with External Fields[J]. Ukrainian Mathematical Journal, 2003, 55(10): 1588-1618.
8
Ponnusamy S, Sahoo P K. Geometric properties of certain linear integral transforms[J]. Bulletin of The Belgian Mathematical Society-simon Stevin, 2005, 12(1): 95-108.
9
Zahle M. Riesz Potentials and Liouville Operators on Fractals[J]. Potential Analysis, 2004, 21(2): 193-208.
10
Lai H C, Wu S Y. Extremal points and optimal solutions for general capacity problems[J]. Mathematical Programming, 1992, 54(1): 87-113.
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[3] Maximal algebras of continuous functions
K. Hoffman Massachusetts Institute of Technology, Massachusets, USA I. M. Singer Massachusetts Institute of Technology, Massachusets, USA
TBD mathscidoc:1701.331195
Acta Mathematica, 103, (3), 217-241, 1959.7
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Glicksberg I. Measures orthogonal to algebras and sets of antisymmetry[J]. Transactions of the American Mathematical Society, 1962, 105(3): 415-435.
2
Sarason D. Algebras of functions on the unit circle[J]. Bulletin of the American Mathematical Society, 1973, 79(2): 286-299.
3
Stolzenberg G. Polynomially and rationally convex sets[J]. Acta Mathematica, 1963, 109(1): 259-289.
4
John Wermer. Banach algebras and analytic functions. 1961.
5
E M Cirka. APPROXIMATION BY HOLOMORPHIC FUNCTIONS ON SMOOTH MANIFOLDS IN Cn. 1969.
6
Sidney S J. Properties of the sequence of closed powers of a maximal ideal in a sup-norm algebra[J]. Transactions of the American Mathematical Society, 1968, 131(1): 128-148.
7
Sun Yung A Chang. Structure of subalgebras between ^{∞} and ^{∞}. 1977.
8
Bishop C J. Approximating continuous functions by holomorphic and harmonic functions[J]. Transactions of the American Mathematical Society, 1989, 311(2): 781-811.
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Shaujin Chang · D E Marshall. Some algebras of bounded analytic functions containing the disk algebra. 1977.
10
Norman L Alling. Extensions of meromorphic function rings over non-compact Riemann surfaces. II. 1966.
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[4] Polyhedral sections of convex bodies
Victor Klee Copenhagen
TBD mathscidoc:1701.331196
Acta Mathematica, 103, (3), 243-267, 1959.9
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David W Walkup · Roger J B Wets. Continuity of some convex-cone-valued mappings. 1967.
2
Schffer J J. Inner diameter, perimeter, and girth of spheres[J]. Mathematische Annalen, 1967, 173(1): 59-82.
3
Walkup D W, Wets R J. A LIPSCHITZIAN CHARACTERIZATION OF CONVEX POLYHEDRA[J]. Proceedings of the American Mathematical Society, 1969, 23(1): 167-173.
4
Robert Deville · V P Fonf · Petr Hajek. Analytic and polyhedral approximation of convex bodies in separable polyhedral Banach spaces. 1998.
5
Lazar A J. Spaces of affine continuous functions on simplexes[J]. Transactions of the American Mathematical Society, 1968, 134(3): 503-525.
6
Fonf V P. Polyhedral Banach spaces[J]. Mathematical Notes, 1981, 30(4): 809-813.
7
Fonf V P. Three characterizations of polyhedral Banach spaces[J]. Ukrainian Mathematical Journal, 1990, 42(9): 1145-1148.
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Lindenstrauss J. Notes on Klee’s paper “Polyhedral sections of convex bodies”[J]. Israel Journal of Mathematics, 1966, 4(4): 235-242.
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Fonf V P, Lindenstrauss J. Some results on infinite-dimensional convexity[J]. Israel Journal of Mathematics, 1998, 108(1): 13-32.
10
Aldo J Lazar. Polyhedral banach spaces and extensions of compact operators. 1969.
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[5] Non-parametric surfaces given by linearly continuous functions
Casper Goffman Pardue University, Lafayette, Ind., U.S.A.
TBD mathscidoc:1701.331197
Acta Mathematica, 103, (3), 269-291, 1959.7
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Botsko M W, Gosser R A. On the Differentiability of Functions of Several Variables[J]. American Mathematical Monthly, 1985, 92(9).
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Brandi P, Salvadori A. On convergence in area in the generalized sense[J]. Journal of Mathematical Analysis and Applications, 1983, 92(1): 119-138.
3
Fesq R M. Green’s formula, linear continuity, and Hausdorff measure[J]. Transactions of the American Mathematical Society, 1965: 105-112.
4
Goffman C. A characterization of linearly continuous functions whose partial derivatives are measures[J]. Acta Mathematica, 1967, 117(1): 165-190.
5
Berger M S, Meyers N G. On a system of nonlinear partial differential equations arising in mathematical economics[J]. Bulletin of the American Mathematical Society, 1966, 72(6): 954-958.
6
William P Ziemer. The area and variation of linearly continuous functions. 1969.
7
Goffman C. Coordinate invariance of linear continuity[J]. Archive for Rational Mechanics and Analysis, 1965, 20(2).
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Goffman C. Decomposition of functions whose partial derivatives are measures[J]. Mathematika, 1968, 15(02): 149-152.
9
Casper Goffman. Area of discontinuous surfaces. 1961.
10
Casper Goffman. Linearly continuous functions of finite area. 1966.
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Volume 104, Issue 1
[1] Solution of the Plateau problem for$m$-dimensional surfaces of varying topological type
E. R. Reifenberg Bristol
TBD mathscidoc:1701.331198
Acta Mathematica, 104, (1), 1-92, 1959.4
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Kenig C E, Toro T. Poisson kernel characterization of Reifenberg flat chord arc domains[J]. Annales Scientifiques De L Ecole Normale Superieure, 2003, 36(3): 323-401.
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Blank I. Sharp results for the regularity and stability of the free boundary in the obstacle problem[J]. Indiana University Mathematics Journal, 2001, 50(3): 1077-1112.
3
Strzelecki P, Der Mosel H V. Integral Menger curvature for surfaces[J]. Advances in Mathematics, 2009, 226(3): 2233-2304.
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Azzam J, Schul R. Hard Sard: Quantitative Implicit Function and Extension Theorems for Lipschitz Maps[J]. Geometric and Functional Analysis, 2011, 22(5): 1062-1123.
5
Byun S, Ok J, Ryu S, et al. Global gradient estimates for general nonlinear parabolic equations in nonsmooth domains[J]. Journal of Differential Equations, 2013, 254(11): 4290-4326.
6
David G. $C^{1+\\alpha}$-Regularity for Two-Dimensional Almost-Minimal Sets in $\\R^n$[J]. Journal of Geometric Analysis, 2008, 20(4): 837-954.
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Kleiner B, Lott J. Locally Collapsed 3-Manifolds[C]., 2010.
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Byun S, Palagachev D K. Morrey regularity of solutions to quasilinear elliptic equations over Reifenberg flat domains[J]. Calculus of Variations and Partial Differential Equations, 2012: 37-76.
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Lemenant A, Milakis E, Spinolo L V, et al. On the extension property of Reifenberg-flat domains[J]. Annales Academiae Scientiarum Fennicae. Mathematica, 2012: 51-71.
10
Tobias H Colding. New monotonicity formulas for Ricci curvature and applications. I. 2012.
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[2] Estimates for translation invariant operators in$L$^{p}spaces
Lars Hörmander Stockholm
TBD mathscidoc:1701.331199
Acta Mathematica, 104, (1), 93-140, 1960.2
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[3] The prediction theory of multivariate stochastic processes, III
P. Masani Bloomington, Indiana, U.S.A.
TBD mathscidoc:1701.331200
Acta Mathematica, 104, (1), 141-162, 1959.11
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J Durbin · R Brown · J Evans. Techniques for testing the constancy of regression relationships over time. 1975.
2
D C Youla. On the factorization of rational matrices. 1961.
3
Shapiro V L. Fourier series in several variables[J]. Bulletin of the American Mathematical Society, 1964, 70(1): 48-93.
4
Richard Dykstra. An Algorithm for Restricted Least Squares Regression. 2012.
5
Duelhallen A. Equalizers for multiple input/multiple output channels and PAM systems with cyclostationary input sequences[J]. IEEE Journal on Selected Areas in Communications, 1992, 10(3): 630-639.
6
Lewis R A, Reinsel G C. Prediction of multivariate time series by autoregressive model fitting[J]. Journal of Multivariate Analysis, 1985, 16(3): 393-411.
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Mukeshwar Dhamala · Govindan Rangarajan · Mingzhou Ding. Analyzing information flow in brain networks with nonparametric Granger causality. 2008.
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Brian D O Anderson. An algebraic solution to the spectral factorization problem. 1967.
9
Norbert Wiener · Pesi Rustom Masani. The prediction theory of multivariate stochastic processes, II: The linear predictor. 1958.
10
Peter D Lax. Translation invariant spaces. 1959.
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Volume 104, Issue 3
[1] A structure theory for a class of lattice-ordered rings
D. G. Johnson University Park, Pennsylvania, U.S.A.
TBD mathscidoc:1701.331201
Acta Mathematica, 104, (3), 163-215, 1959.6
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Henriksen M, Isbell J R. LATTICE-ORDERED RINGS AND FUNCTION RINGS[J]. Pacific Journal of Mathematics, 1962, 12(2): 533-565.
2
Hamlin A, Stemplowska Z. Theory, Ideal Theory and the Theory of Ideals[J]. Political Studies Review, 2012, 10(1): 48-62.
3
Chil E. The Dedekind completion of d-algebras[J]. Positivity, 2004, 8(3): 257-267.
4
Finn R T, Martinez J, Mcgovern W W, et al. Commutative Singular f-Rings[C]., 1997: 149-166.
5
Klaus Keimel. The representation of lattice-ordered groups and rings by sections in sheaves. 1971.
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Klaus Keimel. A UNIFIED THEORY OF MINIMAL PRIME IDEALS. 1972.
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Steinberg S A. On lattice-ordered rings in which the square of every element is positive[J]. Journal of The Australian Mathematical Society, 1976, 22(03).
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Couceiro M, Haddad L. Finitely Generated Maximal Partial Clones and Their Intersections[C]. international symposium on multiple-valued logic, 2010: 122-127.
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Gabovich E Y. FULLY ORDERED SEMIGROUPS AND THEIR APPLICATIONS[J]. Russian Mathematical Surveys, 1976, 31(1): 147-216.
10
Dai T. On some special classes of partially ordered linear algebras[J]. Journal of Mathematical Analysis and Applications, 1972, 40(3): 649-682.
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[2] Some aspects of groups with unique roots
Gilbert Baumslag New York University, New York, U.S.A.
TBD mathscidoc:1701.331202
Acta Mathematica, 104, (3), 217-303, 1959.12
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Baumslag G. On generalised free products[J]. Mathematische Zeitschrift, 1962, 78(1): 423-438.
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Baumslag G. ON THE RESIDUAL FINITENESS OF GENERALISED FREE PRODUCTS OF NILPOTENT GROUPS[J]. Transactions of the American Mathematical Society, 1963, 106(2): 193-209.
3
Kharlampovich O, Myasnikov A. Hyperbolic groups and free constructions[J]. Transactions of the American Mathematical Society, 1996, 350(2): 571-613.
4
Lyndon R C. Groups with parametric exponents[J]. Transactions of the American Mathematical Society, 1960, 96(3): 518-533.
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Baumslag G. Groups with the same lower central sequence as a relatively free group. I. The groups[J]. Transactions of the American Mathematical Society, 1967, 129(2): 308-321.
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Baumslag G. Residual nilpotence and relations in free groups[J]. Journal of Algebra, 1965, 2(3): 271-282.
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Gilbert Baumslag. Wreath products and extensions. 1963.
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Baumslag G. Wreath products and finitely presented groups[J]. Mathematische Zeitschrift, 1961, 75(1): 22-28.
9
Kovcs L G. Groups with regular automorphisms of order four[J]. Mathematische Zeitschrift, 1961, 75(1): 277-294.
10
Andreas Baudisch. Subgroups of semifree groups. 2005.
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[3] Erratum to: The closest packing of convex two-dimensional domains,corrigendum
C. A. Rogers London
TBD mathscidoc:1701.331203
Acta Mathematica, 104, (3), 305-306, 1960.8
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Volume 105, Issue 1
[1] On embeddings of spheres
B. C. Mazur Princeton, U.S.A.
TBD mathscidoc:1701.331204
Acta Mathematica, 105, (1), 1-17, 1959.5
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Morton Brown. A proof of the generalized Schoenflies theorem. 1960.
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Stephen Smale. Generalized Poincaré's conjecture in dimensions greater than four. 1961.
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Morton Brown. The monotone union of open -cells is an open -cell. 1961.
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Stallings J R. ON TOPOLOGICALLY UNKNOTTED SPHERES[J]. Annals of Mathematics, 2016, 77(3).
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Stallings J R. Polyhedral homotopy-spheres[J]. Bulletin of the American Mathematical Society, 1960, 66(6): 485-488.
6
Hudson J F, Zeeman E C. ON REGULAR NEIGHBOURHOODS[J]. Proceedings of The London Mathematical Society, 1964: 719-745.
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Stephen Smale. The generalized Poincaré conjecture in higher dimensions. 1960.
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Morse M. A reduction of the Schoenflies extension problem[J]. Bulletin of the American Mathematical Society, 1960, 66(2): 113-115.
9
Ferry S C, Pedersen E K, Ranicki A, et al. Epsilon surgery theory[C]., 1995: 167-226.
10
Curtis M L. Cartesian products with intervals[J]. Proceedings of the American Mathematical Society, 1961, 12(5): 819-820.
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[2] An inequality in the geometry of numbers
N. Oler University College, London
TBD mathscidoc:1701.331205
Acta Mathematica, 105, (1), 19-48, 1960.3
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[3] Global boundary behavior of meromorphic functions
P. T. Church University of Michigan and Syracuse University, Michigan, USA
TBD mathscidoc:1701.331206
Acta Mathematica, 105, (1), 49-62, 1960.2
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[4] Applications of almost periodic compactifications
K. Deleeuw Stanford University, University of Notre Dame I. Glicksberg Stanford University, University of Notre Dame
TBD mathscidoc:1701.331207
Acta Mathematica, 105, (1), 63-97, 1960.1
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Zhang C Y. Integration of vector-valued pseudo-almost periodic functions[J]. Proceedings of the American Mathematical Society, 1994, 121(1): 167-174.
2
Vu Quoc Phong. The operator equationAX−XB=C with unbounded operatorsA andB and related abstract Cauchy problems. 1991.
3
Rubinov A M. SUBLINEAR OPERATORS AND THEIR APPLICATIONS[J]. Russian Mathematical Surveys, 1977, 32(4): 115-175.
4
Lawson J D. Joint continuity in semitopological semigroups[J]. Illinois Journal of Mathematics, 1974, 18(2): 275-285.
5
De Leeuw K, Glicksberg I. The decomposition of certain group representations[J]. Journal D Analyse Mathematique, 1965, 15(1): 135-192.
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Karel Deleeuw · Irving Glicksberg. Almost periodic functions on semigroups. 1961.
7
Lau A T, Loy R J. Weak Amenability of Banach Algebras on Locally Compact Groups[J]. Journal of Functional Analysis, 1997, 145(1): 175-204.
8
Paul Milnes. Compactifications of semitopological semigroups II. 1973.
9
Chou C. Minimally weakly almost periodic groups[J]. Journal of Functional Analysis, 1980, 36(1): 1-17.
10
Ruess W, Summers W H. Ergodic theorems for semigroups of operators[J]. Proceedings of the American Mathematical Society, 1992, 114(2): 423-432.
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[5] Almost periodic functions on semigroups
K. Deleeuw Stanford University, University of Notre Dame I. Glicksberg Stanford University, University of Notre Dame
TBD mathscidoc:1701.331208
Acta Mathematica, 105, (1), 99-140, 1960.6
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Volume 105, Issue 3
[1] Characteristic values associated with a class of nonlinear second-order differential equations
Zeev Nehari Carnegie Institute of Technology, Pittsburgh, U.S.A.
TBD mathscidoc:1701.331209
Acta Mathematica, 105, (3), 141-175, 1960.2
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[2] A priori inequalities connected with systems of partial differential equations
Bent Fuglede Copenhagen
TBD mathscidoc:1701.331210
Acta Mathematica, 105, (3), 177-195, 1960.8
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1
Littman W. Remarks on boundary control for polyhedral domains and related results[C]., 1992: 272-284.
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Schechter M. Systems of partial differential equations in a half-space†[J]. Communications on Pure and Applied Mathematics, 1964, 17(4): 423-434.
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Paneyakh B P. SOME INEQUALITIES FOR FUNCTIONS OF EXPONENTIAL TYPE AND A PRIORI BOUNDS FOR GENERAL DIFFERENTIAL OPERATORS[J]. Russian Mathematical Surveys, 1966, 21(3): 75-114.
4
Leavitt W G. Systems of Linear Differential Equations[J]. American Mathematical Monthly, 1956, 63(5).
5
V Burskiĭ. Boundary properties of solutions of differential equations and general boundary-value problems. 2007.
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[3] On the steady-state solutions of the navier-stokes equations, III
Robert Finn Stanford University, Calif., U.S.A.
TBD mathscidoc:1701.331211
Acta Mathematica, 105, (3), 197-244, 1960.7
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Finn R. On the exterior stationary problem for the navier-stokes equations, and associated perturbation problems[J]. Archive for Rational Mechanics and Analysis, 1965, 19(5).
2
John G Heywood. On uniqueness questions in the theory of viscous flow. 1976.
3
Idee Chang · Robert Finn. On the solutions of a class of equations occurring in continuum mechanics, with application to the stokes paradox. 1961.
4
K I Babenko. ON STATIONARY SOLUTIONS OF THE PROBLEM OF FLOW PAST A BODY OF A VISCOUS INCOMPRESSIBLE FLUID. 1973.
5
M V Korobkov · Konstantin Pileckas · V V Pukhnachov · Remigio Russo. The flux problem for the Navier-Stokes equations. 2014.
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Finn R, Smith D R. On the stationary solutions of the Navier-Stokes equations in two dimensions[J]. Archive for Rational Mechanics and Analysis, 1967, 25(1): 26-39.
7
Salvi R. The exterior non-stationary problem for the Navier-Stokes equations in regions with moving boundaries[J]. Journal of The Mathematical Society of Japan, 1990, 42(3): 495-509.
8
Russo A. On symmetric Leray solutions of the stationary Navier–Stokes equations[J]. Ricerche Di Matematica, 2010, 60(1): 151-176.
9
David Gilbarg · H F Weinberger. ASYMPTOTIC PROPERTIES OF LERAY'S SOLUTION OF THE STATIONARY TWO-DIMENSIONAL NAVIER-STOKES EQUATIONS. 1974.
10
Fischer T M, Hsiao G C, Wendland W L, et al. Singular perturbations for the exterior three-dimensional slow viscous flow problem[J]. Journal of Mathematical Analysis and Applications, 1985, 110(2): 583-603.
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[4] Theorie der Normalflächen
Wolfgang Haken München
TBD mathscidoc:1701.331212
Acta Mathematica, 105, (3), 245-375, 1959.7
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