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1. |
J. Sándor, On Lehman's Inequality and Electrical Networks
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2. |
S.S. Dragomir, Upper Bounds for the Distance to Finite-Dimensional
Subspaces in Inner Product Spaces
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3. |
M. Hassani, Counting and Computing by e
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4. |
Zhi-Hua Zhang and Yu-Dong Wu, The Solution of an Open Question
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5. |
Chaofeng Shi, Several Inequalities of Frechet Spaces
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6. |
A. Witkowski, Comparison Theorem for Generalization of Stolarsky Means
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7. |
A.M. Bica, Survey on the Numerical Methods for ODE's Using the Sequence
of Successive Approximations
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8. |
Peng Gao, On Some Inequalities of Symmetric Means and Mixed Means
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9. |
N.S. Barnett and S.S. Dragomir, Some Landau Type Inequalities for
Functions whose Derivatives are of Locally Bounded Variation
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10. |
M. Hassani, 3-Dimensional L-Summing Method
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11. |
Yu-dong Wu, The Best Constant for a Geometric Inequality
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12. |
Xiao-Guang Chu and Zhi-Hua Zhang, A Klamkin Type Inequality on the
Triangle
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13. |
Chao-Ping Chen and Feng Qi, On Integral Version of Alzer's Inequality and
Martins' Inequality
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14. |
M. Hassani and N.R. Majid, Primes in the Quadratic Intervals
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15. |
J. Sándor, On the Euler minimum and maximum functions
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16. |
N.S. Barnett and S.S. Dragomir, Integral inequalities on infinite
intervals
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17. |
V. Lokesha, Zhi-Hua Zhang and Yu-dong Wu, Two weighted product type means
and its monotonicities
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18. |
Chao-Ping Chen and Feng Qi, Logarithmically completely monotonic ratios
of mean values and an application
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19. |
M. Hassani, Identities by L-Summing Method and Maple
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20. |
J. Sándor, The sum-of-divisors minimum and maximum functions
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21. |
S.S. Dragomir and A. Sofo, An inequality for monotonic functions generalizing
Ostrowski and the related results
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