Sources on interface magnetization and anisotropy in Fe/Cu multilayers have been investigated via thermal behavior using DC magnetization and ferromagnetic resonance techniques. The samples were prepared by DC sputtering resulting in equal thickness elemental layers ranging in modulation wavelength from 1 to 30 nm. The interface anisotropy remains nearly constant at 0.32 erg/cm2 through the tem...

This study reports the effects of post-growth He + irradiation on magneto-elastic properties a Ni/Fe multi-layered stack. The progressive intermixing caused by at interfaces multilayer allows us to tune saturation magnetostriction value with increasing fluences and even induce reversal sign magnetostrictive effect. Additionally, critical fluence which absolute is dramatically reduced identified...

Commercial EUV lithographic systems require multilayers with higher reflectance and better stability then that published to date. Interface-engineered MoISi multilayers with 70% reflectance at 13.5 nm wavelength (peak width of 0.545 nm) and 71% at 12.7 nm wavelength (peak width of 0.49 nm) were developed. These results were achieved with 50 bilayers. These new multilayers consist of Mo and Si l...