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Hardy Operators On Euclidean Spaces And Related Topics [Kõva köide]

(Linyi Univ, China), (Beijing Normal Univ, China), (Linyi Univ, China), (Shanghai Univ, China)
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The Hardy Inequality Is Of Fundamental Importance In Many Branches Of Mathematical Analysis And Mathematical Physics, And Have Been Intensively Studied Since Its Discovery. This Volume Presents New Properties Of The Higher Dimensional Hardy Operators Obtained By The Authors And Their Collaborators In The Recent Decade. More Precisely, Its Focus Is On N-Dimensional Hardy Operators, Based On The Spherical Average Form. The Key To This Monograph Is That The Average Hardy Integral Is Generally Smaller Than The Hardy–Littlewood Maximal Function, Which Leads To, On The One Hand, The Operator Norm Of The Hardy Operator Itself Being Smaller Than The Latter. On The Other Hand, The Former Characterizing The Weight Function Class Or Function Space Is Greater Than The Latter. This Is Also The Main Motivation Of This Monograph.

Preface v
Index of Notations xi
1 Sharp bounds for Hardy operators on Lebesgue spaces
1(42)
1.1 Sharp bounds for Hardy operators
2(2)
1.2 Sharp bounds for fractional Hardy operators
4(9)
1.3 Sharp inequalities for dual Hardy operators
13(11)
1.4 Sharp bounds for m-linear Hardy and Hilbert operators
24(11)
1.5 Sharp bounds for Hardy type operators on product spaces
35(6)
1.6 Notes
41(2)
2 Hardy operators on other function spaces
43(24)
2.1 Hardy operators on Campanato spaces and Morrey-Herz spaces
43(16)
2.2 m-linear Hardy's inequality on (central) Morrey spaces
59(2)
2.3 (H1(Rn), L1(Rn)) bounds of Hardy operators
61(4)
2.4 Notes
65(2)
3 Weighted inequalities for Hardy type operators
67(26)
3.1 Weighted norm inequalities for Hardy operators
67(15)
3.1.1 The properties of Mp weights
70(6)
3.1.2 A weight characterization of bilinear Hardy inequality
76(6)
3.2 Weighted Knopp inequalities
82(10)
3.3 Notes
92(1)
4 Commutators of Hardy operators
93(44)
4.1 The boundedness characterizations
94(27)
4.1.1 The characterization for λ = 0
95(9)
4.1.2 The characterization for λ > 0
104(5)
4.1.3 The characterization for λ < 0
109(12)
4.2 The compactness characterizations
121(12)
4.3 Notes
133(4)
5 Hardy operators on Heisenberg groups and p-adic fields
137(30)
5.1 Bounds for Hardy operators on Hn
142(6)
5.2 A weight characterization of Hardy operators on Hn
148(6)
5.3 p-adic Hardy operators and their commutators
154(12)
5.3.1 Sharp estimates of p-adic Hardy and Hardy-Littlewood-Polya operators
154(5)
5.3.2 Boundedness of commutators of p-adic Hardy and Hardy-Littlewood-Polya operators
159(7)
5.4 Notes
166(1)
6 Sharp constants for Hausdorff (q-inequalities
167(24)
6.1 Some q-inequalities for Hausdorff operators
169(7)
6.1.1 The inequality of Hausdorff operator in q-analysis
170(2)
6.1.2 Applications
172(4)
6.2 Sharp constants for multivariate Hausdorff g-inequalities
176(12)
6.2.1 Sharp constants for multivariate Hausdorff q-inequalities on weighted Lebesgue spaces
179(6)
6.2.2 A final remark
185(3)
6.3 Notes
188(3)
Bibliography 191(10)
Index 201