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二次型的算术理论(影印版)


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作者:
Burton W. Jones 著

定价:
99.00 元

出版时间:
2026-03-27

ISBN:
978-7-04-065968-9

物料号:
65968-00

读者对象:
学术著作

一级分类:
自然科学

二级分类:
数学与统计

三级分类:
数论

重点项目:
暂无

版面字数:
370千字

开本:
特殊

装帧形式:
精装

页数:
暂无

最新
印次时间:
2026年01月
  • 目录
    • 前辅文
      • I. Forms with real coefficients
        • 1. Fundamental notions
          • 2. A canonical form for congruence
            • 3. The determination of the index of a form
              • 4. Representation of one form by another
                • 5. Automorphs and the number of representations
                  • 6. Summary
                  • II. Forms with p-adic coefficients
                    • 7. The definition and properties of p-adic numbers
                      • 8. Congruences and p-adic numbers
                        • 9. Congruence of forms in F(p)
                          • 10. The Hilbert symbol
                            • 11. Hasse's symbol cp(f)
                              • 12. Some properties of cp(f) and kp(f)
                                • 13. Evaluation of the Hasse symbol
                                  • 14. Zero forms
                                    • 15. The solvability of f=v
                                      • 16. Congruence of forms
                                        • 17. Representation of one form by another
                                          • 18. Universal forms
                                          • III. Forms with rational coefficients
                                            • 19. Congruence
                                              • 20. Equivalence and reduced forms
                                                • 21. The fundamental theorem on zero forms
                                                  • 22. The fundamental theorem on rational congruence
                                                    • 23. Representation of one form by another
                                                    • IV. Forms with coefficients in R(p)
                                                      • 24. Equivalence
                                                        • 25. Canonical forms
                                                          • 26. Representation of numbers by forms
                                                            • 27. Equivalence of forms in R(p)
                                                              • 28. Representation of one form by another and existence of forms with given invariants
                                                                • 29. Zero forms and universal forms
                                                                  • 30. Automorphs and representations
                                                                    • 31. Binary forms
                                                                    • V. Genera and semi-equivalence
                                                                      • 32. Definitions
                                                                        • 33. Representation without essential denominator
                                                                          • 34. Existence of forms with integral coefficients and having given invariants
                                                                          • VI. Representations by forms
                                                                            • 35. Introduction
                                                                              • 36. Siegel's representation function
                                                                                • 37. Asymptotic results
                                                                                  • 38. A representation function
                                                                                  • VII. Binary forms
                                                                                    • 39. Introduction
                                                                                      • 40. Automorphs
                                                                                        • 41. Representations by binary forms
                                                                                          • 42. Ideals in a quadratic field
                                                                                            • 43. A correspondence between ideal classes and classes of quadratic forms
                                                                                              • 44. Composition of ideal classes and classes of forms
                                                                                                • 45. Consequences of the composition of forms
                                                                                                  • 46. Genera
                                                                                                    • 47. Reduction of positive definite and zero binary forms
                                                                                                      • 48. Reduction of indefinite, non-zero, binary forms
                                                                                                        • 49. Class number
                                                                                                        • VIII. Ternary Quadratic Forms
                                                                                                          • 50. Numbers represented by ternary genera
                                                                                                            • 51. Numbers represented by forms
                                                                                                              • 52. The number of representations by ternary genera
                                                                                                              • Bibliography
                                                                                                                • Problems
                                                                                                                  • Theorem Index
                                                                                                                    • Index