| 20-48 |
Shun-Wei Xu,
Chao-Ping Chen,
Neven Elezović:
New inequalities involving (n!)1/n
|
805–814 |
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| 20-49 |
Wasim Audeh,
Hamid Reza Moradi,
Mohammad Sababheh:
Weighted Hölder with numerical radius inequalities
|
815–835 |
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| 20-50 |
Luhao Yang,
Bin Huang,
Xuexin Li,
Wei Shan,
Ying Guo:
Generalized uncertainty principle in the context of differential forms
|
837–849 |
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| 20-51 |
Bicheng Yang,
Ling Peng:
A new Hardy-Hilbert-type integral inequality involving one extended derivative function of higher-order
|
851–868 |
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| 20-52 |
Aydah Mohammed Ayed AlAhmadi:
Exploring toral [m, 𝒞]-isometries in the context of several operators theory
|
869–884 |
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| 20-53 |
Sever Silvestru Dragomir,
Mubariz T. Garayev:
Bounds for the Euclidean (A-M)-numerical radius of a pair of operators in Hilbert spaces with applications
|
885–909 |
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| 20-54 |
Mohammed Al-Dolat,
Khaldoun Al-Zoubi,
Ammar Bani-Abdalnabi:
Refined upper bounds for the numerical radius of operators in Hilbert spaces
|
911–928 |
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| 20-55 |
Mohamed Rassan Lahwate,
Mohamed Amine Ighachane,
Driss El Moutawakil:
Further inequalities for (ℳφ,G) h-convex functions with applications
|
929–949 |
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| 20-56 |
Hamid Reza Moradi,
Eman Aldabbas,
Mohammad Sababheh:
Variety of numerical radius inequalities
|
951–965 |
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| 20-57 |
Jun-Lei Li,
Chun-Ying He,
Feng Qi:
A new determinantal formula and a new recursive relation for coefficients in the Maclaurin expansion of the reciprocal of the gamma function
|
967–978 |
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| 20-58 |
Zhi-jie Jiang,
Stevo Stević:
On some generalized integration operators from Besov spaces to Bloch tent spaces
|
979–1000 |
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| 20-59 |
Xiaohui Fu,
Peilin Liu,
Chuchu Tang:
More generalizations on singular value and norm inequalities of matrices involving submultiplicative functions
|
1001–1014 |
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| 20-60 |
Luca Guerrini,
V. Madhusudanan,
Niranjan Kumar K A:
Berezin radius inequalities via unified convexity approach: a general framework encompassing classical results
|
1015–1030 |
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| 20-61 |
Esra Kaya:
Some results for a family of integral operators of singular type in weighted variable Lebesgue spaces
|
1031–1041 |
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| 20-62 |
Ramy R. Mahmoud,
Samir H. Saker,
K. R. Abdo:
Two-exponent weighted Beesack-Opial inequalities on time scales and applications
|
1043–1061 |
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| 20-63 |
Stevo Stević:
On the point evaluations on a class of spaces of holomorphic functions
|
1063–1077 |
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| 20-64 |
Ludmila Nikolova,
Lars-Erik Persson,
Sanja Varošanec,
Markos Yimer:
Refinements of some classical inequalities via superterzatic functions
|
1079–1091 |
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| 20-65 |
K. Kuliev,
Mohlaroyim Eshimova:
Estimates for the norm of the Volterra operator in weighted Lebesgue spaces
|
1093–1105 |
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| 20-66 |
László Horváth:
Refinements of the Hermite-Hadamard inequality by increasing functions and their pseudo-inverses
|
1107–1124 |
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| 20-67 |
Yushuai Han:
Sharp constants for a weighted geometric-mean family on boxes
|
1125–1132 |
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| 20-68 |
Zixing Zhuang,
Chenglong Fang,
Liwen Cao:
Boundedness of commutator generated by fractional integral operator and Orlicz-BMO function
|
1133–1146 |
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| 20-69 |
Yonghui Ren:
Some generalized refinements and reverses of convex functions and applications
|
1147–1160 |
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