Schetnikov A I

Publications in Math-Net.Ru

1. How were found some solutions of the problem of duplication of cube?
   
   Istor.-Mat. Issled., Ser. 2, 15(50) (2014),  65–79
2. Уравнение Пелля, представимость чисел суммой двух квадратов и алгоритм Евклида
   
   Math. Ed., 2010, no. 3-4(55-56),  33–40
3. Linear Perspective in Fine Arts and Basic Ideas of Projective Geometry
   
   Math. Ed., 2009, no. 2(50),  41–50
4. How Some Solutions to the Three Classical Antiquity Problems Were Found?
   
   Math. Ed., 2008, no. 4(48),  3–15
5. Ten Mean Values of Antique Mathematics and their Mathematical, Philosophical and Aesthetical Meaning
   
   Math. Ed., 2008, no. 1(45),  27–38
6. An Algorithm to Obtain All Numeric Relations from Equality Relation and Plato's Ideal Numbers
   
   Math. Ed., 2007, no. 3(43),  56–67
7. Luca Pacioli and his Treatise "On Divine Proportion"
   
   Math. Ed., 2007, no. 1(41),  33–44
8. Golden Section, Square Roots and Proportions of Gyzeh's Pyramids
   
   Math. Ed., 2006, no. 3(38),  59–71
9. Problem of Tangent Straight Line and Circumference as a Crucial Point of Development of the Ancient Greece Geometry in V – IV Ages B.C.
   
   Math. Ed., 2006, no. 1(36),  38–56
10. Origin of Theoretical Mathematics and Pythagorean Remembering Soteriology
    
    Math. Ed., 2005, no. 4(35),  17–28
11. Archimed Bull Problem, Euclid algorithm, and Pell's Equation
    
    Math. Ed., 2004, no. 3(30),  2–16
12. A Sum of Angles of a Self-intersecting Polygon
    
    Math. Ed., 2004, no. 1(28),  78–86
13. Experimental School Manual Book “Geometry 7–11”
    
    Math. Ed., 2003, no. 3(26),  86–90
14. “Mathematics to be Applied”: Exponential Function. Logarithm. The Limit $(1 + 1/n )^n$
    
    Math. Ed., 2003, no. 3(26),  29–43
15. Problem of Phyllotaxis
    
    Math. Ed., 2003, no. 1(24),  19–37
16. Teaching and Researching Seminar "Distribution of the First Significant Digits"
    
    Math. Ed., 2002, no. 2(21),  108–123
17. The Teaching of Mathematics in Historical Context
    
    Math. Ed., 2001, no. 3(18),  60–68
18. A Project of a School Course in Geometry
    
    Math. Ed., 2000, no. 3(14),  35–42
19. Plato's Atoms, Theon's Algorithm and the "Spermatic Logos" Notion
    
    Math. Ed., 1999, no. 1(8),  84–94