The nitriding process typically involves the introduction of nitrogen into the surface-adjacent
zone of a component, usually at a temperature between 500 and 580 deg C. This article …

The influence of ferritic nitrocarburizing on the high-temperature corrosion-fatigue properties
of the Si-Mo-Al cast iron SiMo1000 is investigated in the present study. It was found that …

Silicon-nitride precipitation in ferritic Fe–2at.% Si alloy was investigated upon nitriding in
NH3/H2 gas mixtures, using light microscopy, hardness measurements, scanning and …

Pure iron and a series of iron-based Fe-Me alloys (with Me= Al, Si, Cr, Co, Ni, and Ge) were
nitrided in a NH 3/H 2 gas mixture at 923 K (650° C). Different nitriding potentials were …

A ferritic alloy strengthened by in-situ formed AlN and B2–Ni (Al, Mn) nanoparticles was
designed using thermodynamic computational and formed via selective laser melting (SLM) …

The crystal structure and morphology of nitride precipitates developing in the matrix of a Fe-
1.5 wt pct Cr-1.5 wt pct Al (Fe-1.6 at. pct Cr-3.1 at. pct Al) alloy upon gas nitriding were …

The influence of Si, substitutionally dissolved in ferritic Fe-2 at. pct Si and Fe-4.5 at. pct Si
alloys, on the nucleation and growth of γ′ iron nitride upon controlled gaseous nitriding …

Nitriding of iron-based components is a very well-known surface engineering method for
bringing about great improvement of the mechanical and chemical properties. An overview …

Thermochemical surface treatments such as nitriding result in the formation of complex near-
surface gradients of phase fractions, residual stress and microstructure, which influence the …

Nitriding of recrystallized and cold-rolled Fe-1 at. pct Mo alloy at 853 K (580° C) in a NH 3/H
2 gas mixture leads to the formation of cubic nanometer-sized Mo 2 N-type precipitate …