Ion implantation metallurgy: proceedings of a symposium held as part of the annual meeting of the Materials Research Society, Cambridge, Mass., November 30, 1979
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Implantation Studies of Impurity Immobilization Mechanisms
HighDose Implantation and IonBeamMixing
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304 stainless steel abrasive wear alloy amorphous layer analysis annealing anodic atomic percent Au-Si Auger austenitic backscattering behavior bombardment boron breakdown potential carbide carbon steel cathodic concentration crystal crystalline current density deaerated Dearnaley defects depth profiles diffusion discs dislocation electropolished energy Figure fluence grain boundaries hardening hydrogen implanted and unimplanted implanted layer implanted nitrogen implanted samples implanted species increase ion beam ion implantation ion-beam-mixing lattice material measurements mechanisms metal metastable micrograph nickel nitrogen nitrogen ions nitrogen-implanted nuclear reaction observed oxide P-implanted passive film peak platinum polarization curves polycrystalline copper positive-going sweep potential potentiodynamic polarization potentiostatic precipitates produced reduced region Rutherford backscattering scattering shown in Fig shows sliding wear solution specimens spectra sputtering stainless steel strain stress studies substrate surface layer temperature thermal thickness Thin Solid Films Ti-implanted titanium transmission electron transmission electron microscopy trapping W.A. Grant wear rate wear resistance X-ray