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|a ara
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|9 557184
|a Barakat, Fahmi s.
|e Author
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245 |
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|a Generalized Differential Transform Method for Fractional Differential Equations
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246 |
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|a طريقة التحويل التفاضلي المعممة للمعادلات التفاضلية الكسرية
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260 |
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|a غزة
|c 2018
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300 |
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|a 1 - 78
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336 |
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|a رسائل جامعية
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502 |
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|b رسالة ماجستير
|c الجامعة الإسلامية (غزة)
|f كلية العلوم
|g فلسطين
|o 0320
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520 |
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|a The Fractional Calculus is a useful mathematical tool for applied sciences. Nevertheless, fractional calculus is somehow hard to tackle. Fractional calculus is a generalization of classical calculus in which the order of the derivative can be any complex number. In this thesis, we talked about the fractional calculus and we review some examples and some basic properties and theorems for fractional calculus. Moreover we will study the generalized Taylor's formula and we will talk about the generalized differential transform method extensively because it is the most important in this thesis. Then we explain some examples on fractional integro- differential equations and solve it by generalized differential transform method and sole the fractional first Painleve equation by the same method.
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653 |
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|a التحويل التفاضلي
|a المعادلات التفاضلية الكسرية
|a الرياضيات
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700 |
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|9 386031
|a Sakka, Ayman Hashem
|e Advisor
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856 |
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|u 9808-001-009-0320-T.pdf
|y صفحة العنوان
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856 |
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|u 9808-001-009-0320-A.pdf
|y المستخلص
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856 |
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|u 9808-001-009-0320-C.pdf
|y قائمة المحتويات
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856 |
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|u 9808-001-009-0320-F.pdf
|y 24 صفحة الأولى
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856 |
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|u 9808-001-009-0320-1.pdf
|y 1 الفصل
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856 |
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|u 9808-001-009-0320-2.pdf
|y 2 الفصل
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856 |
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|u 9808-001-009-0320-3.pdf
|y 3 الفصل
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856 |
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|u 9808-001-009-0320-4.pdf
|y 4 الفصل
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856 |
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|u 9808-001-009-0320-O.pdf
|y الخاتمة
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856 |
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|u 9808-001-009-0320-R.pdf
|y المصادر والمراجع
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930 |
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|d y
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995 |
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|a Dissertations
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999 |
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|c 1028378
|d 1028378
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