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Liquid Metal in Tissue Engineering
Liquid metal (LM) and its alloys are an important new type of metal materials, which have been widely used in imaging, biosensors, cancer treatment,...
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Liquid Metal-Enabled Chemical Synthesis
Liquid metals are widely used in various fields such as flexible devices, catalysis, batteries, and drug delivery because of their excellent...
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Liquid Metal Electronic Devices
Combining metallic and liquid characteristics, liquid metals have shown ultimate flexibility, high electrical and thermal conductivity, and unique...
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Liquid Metal Micro/Nano Magnetic Fluid
Liquid metal micro/nano magnetic fluids are considered promising materials due to their combined fluid, metallic, and magnetic properties. These...
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Flow Dynamics of Liquid Metal
Fluid property is the basis of the numerous applications of liquid metal materials. The unique physical and chemical properties of liquid metal endow...
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Transformable Liquid Metal Machine
Conventional robots consisting of rigid components have successfully freed human labor from repetitive mechanical operations. However, it is still...
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Liquid Metal Biomedical Imaging
With the development of the biomedical field, biomedical imaging and imaging-guided disease treatment have become a new trend. The guidance of...
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Magnetics of Liquid Metal
This chapter starts with solid-state magnetism, which describes the atomic origins of magnetism using some fundamental quantum mechanical ideas and...
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Introduction
Minerals, metals, and materials are essential for manufacturing products that are vital to the global economy, creating advanced technological...
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Rare Earth Ore Flotation Principles and Kinetics: Significance of Collectors and Application of Novel Depressants
The lanthanides are more commonly referred to as rare earth elements (REEs). Approximately 250 rare earth minerals (REMs) are known but vary in their...
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Rare Earth Magnets: Manufacturing and Applications
A comprehensive review of rare earth magnet manufacturing and applications would need several book volumes to cover these topics in detail, so with...
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Fundamental Perspectives on the Economic Analysis of Rare Earth Processing from Various Feedstocks
In the mining and minerals sector, new development projects are assessed for economic viability using a standard approach whereby resource and...
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Scandium in Commercial Wrought Aluminum Alloys
This chapter reviews commercial applications for scandium (Sc)-containing wrought aluminum (Al) alloys. Advantages from alloying Sc with aluminum Al...
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Reduction of Rare Earth Elements Through Electrochemical and Metallothermic Methods
An overview of the reduction of rare earth elements through metallothermic and electrochemical methods is presented. The basic thermodynamic...
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Role of Rare Earths as Catalysts in the Chemical, Petroleum and Transportation Industries
This chapter addresses the application of rare earths in petroleum refining, transportation, chemical processing and pollution abatement. Petroleum...
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Ionic Liquids for the Processing of Rare Earth Elements
Ionic Liquids are room temperature organic molten salts that are being investigated for various metallurgical processing applications. Specifically,...
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Viscosity of Liquid Metal Flow
Viscosity is an important physical property of liquid metals, which is a research focus from both theoretical and practical perspectives. Currently,...
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Self-Powered Liquid Metal Machine
With the development of materials and the increasing demand for their use, research on flexible machines has become a major trend. Gallium and its...
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Hybrid Printing of Liquid Metal
Up to now, conventional 3D printing technology is mainly used to make nonfunctional structural supports due to the use of plastics or polymers and...
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Liquid Metal Additive Manufacture
The traditional metal additive manufacturing technology mostly uses printing materials such as high melting point metal powder and wire and laser...