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Molecular Dynamics Simulation of Diffusion Behavior in Liquid Sn and Pb
This study aimed to clarify the effect of a unique structure with a “shoulder,” which represents a hump on the high wave vector side of the first...
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Liquid Phase Diffusion Analysis of WC–Co–Ni–Fe/HSS Composite Materials Based on DICTRA
Thermo-Calc and DICTRA software simulations were used to predict the feasibility of Co–Ni–Fe additives applied to WC/HSS composites, and...
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Self-Diffusion Coefficient of Liquid Magnesium near the Melting Temperature
AbstractMulticomponent aluminum-based alloys are important in various industries. The percentage of the base component with various impurities and...
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Relaxation, temporal diffusion, and polarity of aromatic hydrocarbons in ionic liquid
The influence of the polarity of aromatic hydrocarbons on the temporal heterogeneities in ionic liquids (IL)–aromatic hydrocarbons by molecular...
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Mechanism and Peculiarities of Formation of Diffusion Coatings Based on Carbide-Forming Elements on Steel Surfaces in the Medium of Fusible Liquid-Metal Solutions
AbstractInteraction between the elements of a coating with the elements in the composition of the coated steel is found to influence the mechanism...
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Biological Liquid Crystals
An important role is played by the liquid crystals in biology. The combination of order and mobility is the essential characteristic of liquid... -
Liquid Metal Catalysis
With the rapid growth of the world population and the continuous shortage of resources and energy, the research on liquid metal catalyst has... -
The Effect of Joint Thickness on Intermetallic Growth in the In52Sn48(Liquid)/Cu(Solid) Diffusion Couple
Intermetallic growth can simultaneously enable low-resistance electrical pathways and determine the lifetime of a solder joint. Motivating this work...
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Effect of Weld Temperature on Microstructure and Properties of TM52/Q235 Transient Liquid Phase Diffusion-Bonded Joint
TM52/Q235 dissimilar materials were welded by transient liquid phase diffusion bonding (TLP) with BNi2 foil. The effects of welding temperature on...
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3D Printing of Liquid Metal
Traditional metal 3D printing usually adopts laser melting deposition method. Due to the high-melting point of metal, printing is difficult to... -
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... -
Liquid Metal Chemical Reaction
Liquid metals have attracted great attention among different areas. The unique combination of metallic and liquid properties distinguishes liquid... -
Programmable Liquid Metal
Programmable materials represent a novel category of materials capable of sensing external stimuli, discerning, evaluating, and responding to... -
Transformable Liquid Metal Machine
Conventional robots consisting of rigid components have successfully freed human labor from repetitive mechanical operations. However, it is still... -
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... -
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,... -
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... -
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... -
Chemical Processing of Liquid Metal
Liquid metals (LMs) are emerging as new functional materials with rather unique physical or chemical behaviors. They are generally safe and... -
In-Situ Liquid Cell TEM
The understanding of dynamics and reactions in a liquid environment is essential for broad areas of science and industry. However, the traditional...