Magnesium Alloys

Abstract

The article contains sections titled: 1. Introduction 2. Commercial Alloys, Product Forms, and Uses 3. Metallurgy of Magnesium Alloys 3.1. Magnesium ‐ Aluminum Alloys 3.2. Grain‐Refined Magnesium ‐ Zirconium Alloys 3.3. New Developments 4. Production Methods for Magnesium Alloys 5. Manufacture of Articles from Magnesium Alloys 5.1. Shaping 5.2. Joining 5.3. Finishing 6. Corrosion and Corrosion Control 6.1. Effect of Composition and Structure 6.2. Effect of the Environment 6.3. Galvanic Corrosion 7. Environmental Aspects 8. Economic Aspects

Specific Heat, Electrical Resistivity, and Linear Thermal Expansion of the Magnesium Alloy AE42 Measured by Subsecond Pulse Heating

“…Unfortunately, they are only presented in a graphical format, but they also agree within the reading limits of the graph in Ref. 10 with the results of the present work. Figure 3 shows the results on the linear thermal expansion of the present work in comparison with data obtained by a pushrod dilatometer [11], published by the same research group.…”

“…Additional results on electrical resistivity are published in Ref. 10, which are calculated from room temperature values. Unfortunately, they are only presented in a graphical format, but they also agree within the reading limits of the graph in Ref.…”

Universidad inteligente: Factores claves para la adopción de internet de las cosas y big data

“…UTAUT identifica cuatro factores clave (por ejemplo, la expectativa de desempeño, la expectativa de esfuerzo, la influencia social y las condiciones de facilitación) y cuatro moderadores (por ejemplo, la edad, el género, la experiencia y la voluntariedad) relacionados con la predicción de la intención conductual de usar una tecnología y el uso real de la tecnología principalmente en contextos organizacionales. El continuo crecimiento de la investigación basada en UTAUT ha surgido en parte debido a la proliferación y difusión de nuevas tecnologías de la información (Aune et al, 2003).…”

Highly Selective Electrochemical Magnesium Recovery Using a Spinel-Structured Manganese Oxide

“…Magnesium is a light metal with a great abundance in earth’s crust, but its versatility in a wide range of applicationsranging from vehicles, electronics, fertilizers, refractory industries, metal refining, nutrients, and catalysisled to a significantly large amount of usage. − As it is often used in the form of alloys, magnesium is usually needed in its metallic form with a high purity level, for which metallurgical refinements are necessary. , The conventional process for producing magnesium is the Pidgeon process, wherein the mixture of calcium oxide and magnesium oxide is produced from the ore, followed by the reduction step leading to the production of magnesium in the gas phase. , Meanwhile, most of the unit processes are carried out at temperatures above 1000 °C, causing substantially large energy consumption. In general, this is unfavorable in terms of cost and greenhouse gas emission, with a potential possibility to endanger the profitability of the process in the near future. , …”