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Therefore, treated component properties can be improved, attributed to enhanced diffusion of nitrogen.
The possibly main reasons are outward (degassing) and inward diffusion of nitrogen at elevated temperature.
The sample calcined at 600 °C (NT600) acquires the highest percentage of nitrogen element due to its open pore structure that facilitates the diffusion of nitrogen during calcination.
The rates of diffusion of nitrogen into aluminum and the subsequent formation of aluminum nitride are unclear.
This model considers the diffusion of nitrogen under the influence of trap sites formed by local chromium atoms.
It is also assumed that chemical reaction can take place during the surface diffusion of nitrogen atoms between these sites.
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The co-diffusion of nitrogen and carbon, precipitation at grain boundaries and mechanical properties evolutions (microhardness, residual stresses) are compared for several nitriding potentials, nitriding time and temperatures.
On the other hand, the high diffusion depth of nitrogen can mainly be related to the grain boundary diffusion.
Kinetics analysis found that the diffusion coefficient of nitrogen in PON is much higher, and the activation energy for nitrogen atoms diffusion is reduced from 227.25 kJ/mol to 138.57 kJ/mol in PON.
The experimental diffusion coefficient of nitrogen in steel at premelting temperature is the same as in the liquid phase.
The effect of grain size on diffusion depth of nitrogen in AISI 321 stainless steel during plasma nitriding was investigated.
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