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Iron nitride/boron nitride magnetic nanocomposite powders
Advanced Materials, 1994A superparamagnetic nanocomposite consisting of magnetic particles in a non‐magnetic matrix phase, FexN/BN (x = 3 or 4), is one result of research targeted at reducing the grain size of crystalline materials from the conventional micrometer to the nanometer range.
Kenneth E. Gonsalves +4 more
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2005
Abstract Nitriding is a surface hardening heat treatment that introduces nitrogen into the surface of steel while it is in the ferritic condition. Gas nitriding using ammonia as the nitrogen-carrying species is the most commonly employed process and is emphasized in this chapter.
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Abstract Nitriding is a surface hardening heat treatment that introduces nitrogen into the surface of steel while it is in the ferritic condition. Gas nitriding using ammonia as the nitrogen-carrying species is the most commonly employed process and is emphasized in this chapter.
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Creep of silicon nitride-titanium nitride composites
Journal of Materials Science, 1993The effect of particulate TiN additions (0–50 wt%) on creep behaviour of hot-pressed (5 wt%Y2O3 + 2 wt%Al2O3)-doped silicon nitride (HPSN)-based ceramics was studied. Creep was measured using a four-point bending fixture in air at 1100–1340 °C. At 1100 °C, very low creep rates of HPSN with 0–30 wt% TiN are observed at nominal stresses up to 160 MPa. At
Yu. G. Gogotsi, G. Grathwohl
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2007
Abstract Oxidation usually dominates high-temperature corrosion reactions, but under certain conditions, some alloys may be affected by nitridation as well. This chapter explains why nitridation occurs and how it attacks various metals, in some cases, penetrating deeper than oxidation.
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Abstract Oxidation usually dominates high-temperature corrosion reactions, but under certain conditions, some alloys may be affected by nitridation as well. This chapter explains why nitridation occurs and how it attacks various metals, in some cases, penetrating deeper than oxidation.
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Carbon Nitride and Boron Carbon Nitride Nanostructures
2009This chapter is devoted to carbon nitride and boron carbon nitride nanostructures, an important and indispensable member in the family of nanomaterials for various applications, especially in nanoelectronics. It covers all the main aspects of the current research on the carbon nitride and boron carbonitride nanostructures.
Jie Yu, E.G. Wang
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Automated Gaseous Nitriding Controlled by Nitriding Potential
2017<div class="section abstract"> <div class="htmlview paragraph">This specification establishes requirements and procedures for generating nitrided surfaces on steel parts using a process controlled by the nitriding potential. See definition of compound layer in <span class="xref">8.1.1</span>.</div></div>
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Automated Gaseous Nitriding Controlled by Nitriding Potential
2018<div class="section abstract"> <div class="htmlview paragraph">This document specifies the procedure and requirements for nitriding steel parts in a process automatically controlled by the nitriding potential.</div></div>
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