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| Balancing numbers which are concatenations of three repdigits |
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| Some Identities Concerning Generalized Fibonacci and Lucas Numbers by Matrix Methods |
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| ON Perfect Powers in k- generalized Pell-Lucas Sequence |
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| Fibonacci And Lucas Numbers Which Are Product Of Two Jacobsal-Lucas Numbers |
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| Padovan Numbers as Sum of Two Repdigits |
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| Repdigits as difference of two Pell or Pell-Lucas numbers |
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| UN PERFECT POWER IN k-GENERALIZED PELL SEQUENCE |
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| On the Exponential Diophantine Equation (a^n-2)(b^n-2)=x^2 |
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| k-Generalized Pell Numbers Which are Concatenation of Two Repdigits |
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| Fibonacci and Lucas Numbers as difference of two repdigits |
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| k-Generalized Pell numbers which are repdigits in base b |
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| Perfect square in the sum and difference of balancing-like numbers |
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| Repdigits base b as Difference of Two Fibonacci Numbers |
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| Fibonacci numbers whic are concatenation of three repdigits |
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| On perfect powers which are sum or difference of two Lucas numbers |
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| Repdigits base b as products of two Lucas numbers |
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| Repdigits base b as products of two Fibonacci numbers |
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| Repdigits base b as products of two Pell numbers or Pell–Lucas numbers |
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| Fibonacci numbers which are products of two Jacobsthal numbers |
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| Repdigits in the base $b$ as sums of four balancing numbers |
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| Lucas numbers which are concatenations of three repdigits |
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| Lucas numbers which are concatenations of two repdigits |
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| Fibonacci or Lucas Numbers Which are Products of Two Repdigits in Base b |
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| On the Diophantine equation F_{n}-F_{m}=2{a} |
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| Repdigits base b as products of two Lucas numbers |
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| Repdigits As Sums Of Two Lucas Numbers |
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| Repdigits in the base b as sums of four balancing numbers |
| |
| Repdigits as products of two Fibonacci or Lucas numbers |
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| Solutions of Some Diophantine Equations in Terms of Generalized Fibonacci and Lucas Numbers |
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| On Solutions Of The Diophantine Equation Fn − Fm = 3a |
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| Generalized Lucas Numbers of the form 11x21 |
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| A Note on the Exponential Diophantine Equation (an-1)(bn-1)=x2 |
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| Nonnegative ınteger Solutions of the Equation F_n-F_m=5a |
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| Fibonacci and Lucas numbers as products of two repdigits |
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| Some new identities concerning the Horadam sequence and its companion sequence |
| |
| Positive integer solutions of some Diophantine equations in terms of integer sequences |
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| REPDIGITS AS PRODUCT OF TWO PELL OR PELL-LUCAS NUMBERS |
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| On the sum of three arbitrary Fibonacci and Lucas numbers |
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| Fibonacci numbers which are products of two balancing numbers |
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| SOLUTIONS OF SOME DIOPHANTINE EQUATIONS IN TERMS OF HORADAM SEQUENCE |
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| Positive Integer Solutions of Some Pell Equations |
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| Sum Formulae of Generalized Fibonacci and Lucas numbers |
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| Pythagorean triples containing generalized Lucas numbers |
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| Generalized Lucas numbers of the form wx2 and wV_mx2 |
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| On the equations Vn= 11Vmx2 and Vn = 13Vmx2 |
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| SUM FORMULAE OF GENERALIZED FIBONACCIAND LUCAS NUMBERS |
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| On The Lucas Sequence Equations Vn = 7 andVn = 7Vm |
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| GENERALIZED FIBONACCI NUMBERS OF THEFORM 11x2 1 |
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| On the Diophantine equation Ln − Lm = 3 · 2a |
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| On the determination of solutions of simultaneous Pellequations x2 − (a2 − 1) y2 = y2 − pz2 = 1 |
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| On the equation Vn = wx2 ∓ 1 |
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| A NOTE ON SOME DIOPHANTINE EQUATIONS |
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| Positive integer solutions of some second-order Diophantine equations |
| |
| Generalized Fibonacci numbers of the form wx 2 1 w x 2 1 |
| |
| The Square Terms in Generalized Lucas Sequence with Parameters P And Q |
| |
| On square classes in generalized Fibonacci sequences |
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| A Note On Some Diophantine Equations |
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| On the equations U n 5x 2 and V n 5x 2 |
| |
| Generalized Lucas numbers of the form 5kx2 and 7kx2 |
| |
| Generalized Fibonacci and Lucas numbers of the form 5x2 |
| |
| GENERALIZED FIBONACCI AND LUCAS NUMBERS OF THE FORM wx2 AND wx2 1 |
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| THE SQUARE TERMS IN GENERALIZED LUCAS SEQUENCES |
| |
| Infinitely many positive integer solutions of the quadratic Diophantine Equationx2 8Bnxy 2y2 2r |
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| Positive integer solutions of the diophantine equation x2 Lnxy 1 ny2 5r |
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| Three identities concerning Fibonacci and Lucas numbers |
| |
| Solutions of some Diophantine equations using generalized Fibonacci and Lucas sequences |
| |
| Some new identities concerning generalized Fibonacci and Lucas number |
| |
| On the Diophantine equation x 2 kxy y 2 2 n 0 |
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| Positive integer solutions of the Diophantine equations x2 5Fnxy 5 1 ny2 5r |
| |
| On the Lucas sequence equations Vn kVm and Un kUm |
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| Integral points on the elliptic curve y2 x3 27x 62 |
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| On some Diophantine equations |
| |
| On the Diophantine equation x 2 kxy y 2 2 n 0 |
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| Parabolic class number of a subgroup of the normalizer of 0 m |
| |
| Some new properties of balancing numbers and square triangular numbers |
| |
| On Fibonacci and Lucas numbers of the form cx2 |
| |
| Fibonacci and Lucas congruences and their applications |
| |
| Solutions of some quadratic Diophantine equations |
| |
| On Some Diophantine Equations Related to Square Triangular and Balancing Numbers |
| |
| On suborbital graphs for the normalizer of 0 N |
| |
| Integer solutions of Some Diophantine Equations via fibonacci and Lucas Numbers |
| |
| Some New Fibonacci and Lucas Identity by matrix methods |
| |
| Suborbital graphs for the normalizer of 0 m |
| |
| Proof of a conjecture related to the parabolic class numbers of some Fuchsian groups |
| |
| A Note on Some Modular Subgroups |
| |
| A Note on Some Fuchsian Groups |
| |
| On suborbital graphs for some Hecke groups |
| |
| On the parabolic clas numbers of some Fuchsian groups |
İletişim
rkeskin@sakarya.edu.tr(264) 295 59 82