Integrated recycling of metallurgical waste based on the study of high-temperature physical and chemical processes of melting alloys

B. A. Baum; G. V. Tyagunov; E. E. Baryshev; V. S. Tsepelev

Vol 154

Pages:

166-168

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RUS

Research article

Problems of technogenic formations and use of industrial and domestic waste

Integrated recycling of metallurgical waste based on the study of high-temperature physical and chemical processes of melting alloys

Authors:

B. A. Baum¹

G. V. Tyagunov²

E. E. Baryshev³

V. S. Tsepelev⁴

About authors

1 — Ural Technical University
2 — Ural Technical University
3 — Ural Technical University
4 — Ural Technical University

Date submitted:

2002-08-04

Date accepted:

2002-09-18

Date published:

2003-11-13

Abstract

Measures for the use of anthropogenic metallurgical waste in the production of high quality alloys are proposed. The relationship between the amount of casting wastes in the charge with the type and features of temperature dependences of physical and chemical properties of the melt has been found. As the amount of waste increases, the critical temperatures increase. The use of high-temperature treatment of the melt can significantly improve the quality of castings from heat-resistant alloys containing a significant amount of casting man-made wastes in the charge.

References

Состояние многокомпонентной металлической системы после фазового перехода кристалл-жидкость /Б.А.Баум, Г.ВЛягунов, Е.Е.Барышев, В.С.Цепелев / Расплавы, 1999. № 5. С.32-43.
Жидкая сталь / Б.А.Баум, Г.А.Хасин, Г.В.Тягунов и др. М,: Металлургия, 1984. 208 с.

Integrated recycling of metallurgical waste based on the study of high-temperature physical and chemical processes of melting alloys

Abstract

References

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