Decarburization - Wikipedia
Decarburization (or decarbonization) is the process of decreasing carbon content, which is the opposite of carburization. The term is typically used in metallurgy, describing the decrease of the content of carbon in metals (usually steel).
Decarburization - an overview | ScienceDirect Topics
Decarburization is a loss of carbon in the surface-adjacent zone of the material (Gunnarson, 1963). Contributing factors are high temperatures and large amounts of oxygen in the atmosphere. At higher temperatures, the diffusion rate of carbon is so large that longer annealing times lead to decarburization.
Decarburization - an overview | ScienceDirect Topics
Decarburization is a loss of carbon in the surface-adjacent zone of the material (Gunnarson, 1963). Contributing factors are high temperatures and large amounts of oxygen in the atmosphere. At higher temperatures, the diffusion rate of carbon is so large that longer annealing times lead to decarburization.
Decarburization – Metallurgical Processes - AZoM.com
Decarburization may be described as a metallurgical process in which the surface of steel is depleted of carbon, by heating above the lower critical temperature or by chemical action. Steel forgings are usually decarburized. This process can happen as a side effect during a process, or can be performed intentionally.
heat treatment processes that negatively alters the surface and near-surface mechanical properties of a com-ponent. Understanding the fundamentals of decarburi. rolled atmosphere heat treating is imperative to achieving the desired pro.
Decarburization - an overview | ScienceDirect Topics
10.18 Decarburization is the reversal of the process of carburization, i.e., removal of carbon (species A) from a metal by diffusion. You might find these chapters and articles relevant to this topic. Abdel-Mohsen O. Mohamed, ... Evan K. Paleologos, in Sustainable Utilization of Carbon Dioxide in Waste Management, 2023.
Decarburization - Corrosionpedia
2024年7月19日 · Decarburization is the change in content and structure of steel wherein some surface layers of steel and carbon are lost. In complete decarburization, the top layer of steel consists mainly of ferrite materials, while partial decarburization presents a combination of materials. Microscopy is one of the techniques to determine carbon loss.
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