Search results for keyword: epitaxial
Electrosilicotherm
Thin Film Deposition Techniques and their Application in Silicon Carbide Devices
Silicon Carbide (SiC) has long been considered an excellent material for power devices due to its high breakdown voltage, high temperature operation capability and low on-state resistance. However, the utilization of......
1052 
Sophie
Severely overfired grain boundary fracture
Serious Overburning of epitaxial Dislocation
epitaxial dislocation is a common issue for semiconductor devices which involves a defect in the growth of epitaxial material/film onto a wafer or other substrate. This defect can occur during either the growth or etching process of the epitaxial layer......
liquid phase epitaxy
Solution-Phase Epitaxy
Solution-phase epitaxy (SPE) is a process of forming a crystalline film along the surface of a substrate. SPE is a technique for producing highly accurate nanometer-scale layers of crystals that are independent and within a range of nanometers to microns in thickness. In th......
Growth Morphology of (Mn,Fe)S Single Crystal
The Growth Morphology of MnFe2S4 Single Crystals
MnFe2S4 is a compound that belongs to the spinel family and is commonly known as molybdenum ferrite. It has an orthorhombic crystal structure with eight atoms, containing two antiparallel spins and two tetrahedrally coordinated Mn and Fe ions. As a......
Metallographic diagram of 45 steel (soft nitriding after quenching and tempering)
Microstructure of 45 Steel After Soft Nitriding
45 steel is a medium-carbon steel with a low content of alloying elements. It is a commonly used material for many engineering components. As such components are usually subjected to very high mechanical loadings and severe working conditions, i......
Penetration depth of superconductor
INTRODUCTION
Superconductivity is a phenomenon in which electrical current can be transmitted with perfect efficiency. This happens at extremely low temperatures and has been observed for many materials, including metallic elements, alloys, ceramics, and more recently, high temperature supercondu......
crystal growth
Introduction
Crystal growth is a major engineering process for producing most of the well-known crystalline materials, such as metals, semiconductors, ceramics and polymers. This process involves the transformation of a disordered state into an ordered structure.
Crystal growth is the basis of m......
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