ABSTRACT

Magnesium-based alloys containing rare-earth metals are important structural materials, as they combine low density with high-strength properties. This makes them particularly attractive for industry, especially in cases where the low weight of constructions is critical, as in aircraft and space apparatus construction. One of the remarkable feature

chapter |2 pages

Introduction

chapter 1|15 pages

Chapter 1

chapter |4 pages

Mg-La phase diagram

chapter |5 pages

Mg-Ce phase diagram

chapter |3 pages

Mg-Pr phase diagram

chapter |4 pages

Mg-Nd phase diagram

chapter |1 pages

Mg-Pm phase diagram

chapter |4 pages

Mg-Sm phase diagram

chapter |2 pages

Mg-Eu phase diagram

chapter |2 pages

Mg-Gd phase diagram

chapter |3 pages

Mg-Tb phase diagram

chapter |3 pages

Mg-Dy phase diagram

chapter |2 pages

Mg-Ho phase diagram

chapter |1 pages

Mg-Er phase diagram

chapter |3 pages

Mg-Tm phase diagram

chapter |3 pages

Mg-Yb phase diagram

chapter |2 pages

Mg-Lu phase diagram

chapter |1 pages

Mg- Y phase diagram

chapter |2 pages

Mg-Sc phase diagram

chapter |2 pages

Metallography

chapter 2|2 pages

Chapter 2

chapter |1 pages

The magnesium-ytterbium system

chapter |4 pages

Reversion after ageing in Mg-RE alloys

chapter 3|1 pages

Chapter 3

chapter 4|7 pages

Chapter 4

chapter |3 pages

Binary alloys Mg-Sm

chapter |3 pages

Binary alloys Mg-Y

chapter |1 pages

The alloys Mg-Sc

chapter |1 pages

Effect of zirconium

chapter |1 pages

Influence of nickel

chapter |1 pages

Influence of silver

chapter |2 pages

Influence of zinc

chapter |2 pages

Influence of aluminium

chapter |1 pages

Influence of cadmium

chapter |1 pages

Influence of indium and thallium

chapter 5|1 pages

Chapter 5

chapter |2 pages

Cast alloys

chapter |1 pages

Wrought alloys

chapter |4 pages

Magnesium alloys of Russia

chapter |8 pages

Wrought alloys

chapter |2 pages

Conclusion