NSC KIPT / Institute of Solid State Physics Materials and Technology

DEPARTMENT OF PURE METALS, PHYSICS OF METALS AND TECHNOLOGY OF NEW MATERIALS

SCIENTIFIC-RESEARCHING LABORATORY OF PHYSICAL BASE
OF DEVELOPMENT OF BERYLLIUM MATERIALS

PUBLICATION 

PUBLISHED SCIENTIFIC MONOGRAPHYS AND REVIEWS (WITH CO-AUTHORS)

1.      Oriented crystallization, “Metallurgy”, M., 1964, 408 pages.

2.      Pure and ultra pure metals, “Metallurgy”, M., 1965, 264 pages.

3.      Production of Pure and Ultra Pure Metals, University California Press, Livermore, 1968, 240 p.

4.       Physical metallurgy of beryllium, “Atomizdat”, M., 1968, 452 p.

5.      Constitution diagram and beryllium alloys, Kharkov, 1968, 77 p.

6.      Oxidation and protection of beryllium, “Metallurgy”, M., 1968, 120 p.

7.      Epitaxial films, “Nauka”, M., 1971, 480 p.

8.      Plastic deformation of beryllium, “Atomizdat”, M., 1973, 304 p.

9.      Electron structure and properties of beryllium, Kharkov, 1973, 64 p.

10.  Nature of plastic deformation of zirconium. Part 1, II, 1976, Kharkov, 67 p.

11.  Beryllium – structural materials, “Engineering industry”, M., 1977, 160 p.

12.  Nature of plastic deformation of beryllium, “Naukova dumka”, Kiev, 1977, 148 p.

13.  Atlas of pole figures of beryllium, Kharkov, 1977, 91p.

14.  50 years of Kharkov Institute of physics and technology of AS USSR, “Naukova dumka”, Kiev, 1978, 320 p.

15.  Structure and properties of beryllium alloys, “Eneroizdat”, M., 1981, 368 p.

16.  Beryllium: science and technology, “Metallurgy”, M., 1984, 624 p. (edition and translation).

17.  New methods of investigation of polycrystalline materials textures, “Metallurgy”. M., 1985, 312 p. (edition and translation).

18.  Beryllium in alloys, “Energoatomizdat”, M., 1986, 184 p.

19.  Processes of isostatic compacting, “Metallurgy”, M., 1990, 193 p. (edition and translation)

20.  High-purity ductile beryllium alloys for space applications, v.1,2., University of California, USA, 1994, 266 p. 84.

21.  Modern investigation of the beryllium, Garinizdat, Kharkov, 1998, 228 p.

22.  The development of magnesium alloys intended for manufacturing of biosoluble in vivo vascular stents. Booklet, Master-Class, Kiev, 2008, 12p.

23.  Atlas of beryllium structures, Dubna, 2009, 204 p.