Page 302 - KUATERNİYONLAR VE GEOMETRİ

Kaynaklar (References) 301

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Genelle¸stirilmi¸s Kuaterniyonlar
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Hibrid Sayılar (Hibrid Kuaterniyonları)
1. Özdemir, Mustafa. "Introduction to hybrid numbers." Advances in Applied Clifford Algebras 28.1 (2018):
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2. Özdemir, Mustafa. "Finding n­th Roots of a 2 × 2 Real Matrix Using De Moivre’s Formula." Advances in
Applied Clifford Algebras 29.1 (2019): 2.
3. Öztürk, ˙ Iskender, and Mustafa Özdemir. "Similarity of hybrid numbers." Mathematical Methods in the
Applied Sciences, 2020.
4. Dattoli, G., et al. "Hybrid complex numbers: the matrix version." Advances in Applied Clifford Algebras
28.3 (2018): 58.
5. Behr, Nicolas, et al. "Dual Numbers and Operational Umbral Methods." Axioms 8.3 (2019): 77.
6. Szynal­Liana, Anetta. "The Horadam hybrid numbers." Discussiones Mathematicae­General Algebra and
Applications 38.1 (2018): 91­98.
7. Szynal­Liana, Anetta, and Iwona Włoch. "Introduction to Fibonacci and Lucas hybrinomials." Complex
Variables and Elliptic Equations (2019): 1­12.
8. ¸ Sentürk, Tuncay Deniz, et al. "A Study on Horadam Hybrid Numbers." Turkish Journal of Mathematics 44.4
(2020): 1212­1221.
9. Dattoli, G., et al. "Parabolic Trigonometry." International Journal of Applied and Computational Mathematics
6.2 (2020): 1­10.
10. ˙ Imren Akgül, 2×2 türünden matrislerin karekökünün hesaplama yöntemleri, Y.Lisans tezi, 2020.

Genelle¸stirilmi¸s Skaler Çarpım
1. Mackey D. S., Mackey N., Tisseur F., G­reflectors : Analogues of Householder transformations in scalar
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434, Issue 5, 1238­1254 (2011)
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symmetries, Linear Algebra Appl. 332–334, 459–467 (2001)
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transformation as a product of reflections, J. Math. Phys. 47, Art. No. 013509 (2006)
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Pythagorean Numbers. Adv. Appl. Clifford Algebras 19, 1­14 (2009)