Angular distribution of particles sputtered from nickel single- and polycrystalline targets in the vicinity of the Curie point
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Cited by (8)
Effect of the target temperature during magnetron sputtering of Nickel
2018, VacuumCitation Excerpt :However, another explanation could be the well-known increase in sputtering yield just after the ferro-paramagnetic transition [20]. It is explained by a change in the collision cascade in the vicinity of a Ni surface (leading to sputtering) due to the modification of the atomic interaction potential (the spin-spin contribution disappears) and/or the decrease in the Ni binding energy [27]. Yurasova et al. [28] reported an 11–13% enhancement of the sputtering yield in paramagnetic state compared to ferromagnetic state.
Influence of the magnetic phase transition on secondary ion emission from disordered Ni-Pd compounds of various compositions
2012, Bulletin of the Russian Academy of Sciences: PhysicsInteraction potential for atoms of magnetic materials
1997, Radiation Effects and Defects in Solids
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