By Karl U. Kainer
The necessity for lightweight fabrics, specifically within the car undefined, created renewed curiosity in leading edge functions of magnesium fabrics. This call for has led to elevated study and improvement task in businesses and examine institutes with the intention to in attaining a stronger estate profile and higher collection of alloy structures. the following, improvement traits and alertness strength in numerous fields just like the automobile and communique know-how are mentioned in an interdisciplinary framework.
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Additional resources for Magnesium Alloys and Technologies
I. Nikitina, J. of Alloys and Compounds, 1998, 279, 166–170  Y. Lu, Q. Wang, X. Zeng, W. Ding, C. Zhai, and Y. Zhu, Mater. Sci. , 2000, A278, 66–76  Y. Guangyin, S. Yangshan, and D. , 2000, 43, 1009–1013  M. Mabuci and K. , 1996, 44, 4611-4618. 31 Die Casting for High Performance – Focus on Alloy Development Dr. Per Bakke, Dr. , Magnesium Competence Centre, Porsgrunn, Norway 1 Introduction By selecting the right combination of alloy and processing method, a wide range of temperature exposed drive train parts can be made out of die cast magnesium.
The ageing schedule following solution treatment may also be a single or multi-stage process, depending on the metastable phases that precipitate out, and the nucleation mechanism for the most effective strengthening precipitate. Most of the aluminium and rare earth-containing alloys only require a single ageing treatment to achieve the desired age hardening response. Binary magnesium-zinc alloys, however, benefit from a double agehardening process . Initial ageing is carried out at a temperature below 75 °C, to allow for the formation of GP zones, and a second stage then follows at 170 °C.
Three quaternary systems are shown as examples. In Mg-systems the experimental literature data were very sparse in both, phase diagram data and thermodynamic properties. Several experimental methods are being applied in our group to produce a sufficient experimental basis for a multicomponent Mg-database. For preparation of highly reactive and evaporating alloys containing Mg, Li and Ca the levitation melting technique was adapted. The main advantages are crucible free melting, suppressing of evaporation with protecting gas overpressure and visual control of energy supply to avoid overheating.
Magnesium Alloys and Technologies by Karl U. Kainer