Abstract
It is shown that low optical constants of the reflecting substrate of metallic bilayers for magneto-optical Kerr effect (MOKE) enhancement can be obtained around wavelength 800 nm either in a thin noble metal layer or in a dielectronic/noble metal double layer reflector. Analyses also indicate that low optical constants can be obtained at any visible/near infrared wavelength with a dielectric/metal double layer. A method of designing the magnetic layers for MOKE enhancement is proposed.
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