Ni/Ti multilayers were reactively deposited with a gas mixture of Ar, N 2 and O 2 using the
magnetron sputtering, while (N 2+ O 2)/Ar flow ratio during the sputtering process was …

The optical performance of low-bilayer-thickness metallic multilayers (ML) can be improved
significantly by limiting the intermixing of consecutive layers at the interfaces. Barrier layers …

The high energy spectral properties of X-ray supermirrors are governed mainly by the
interface diffusion and compound formation at the interfaces. Using ion beam sputtering …

This paper presents the microstructural evolution of a Ni/Ti supermirror with m= 3 based on
the investigation of the interfacial roughness, crystallisation, and stress of Ni/Ti multilayers …

Metallic nanolaminated materials possess excellent mechanical properties due to their
unique modulation structures and interfacial properties. However, how microdefects affect …

In thin film multilayer along with total interface widths, study of individual interface widths of
the constituent elements of the multilayer is important for the knowledge of diffusion …

WC/SiC multilayer mirrors are promising elements for operation in the short wavelength
range of hard X-rays and even gamma-rays. A set of WC/SiC multilayers with nominal …

Neutron guides are smooth-wall tubes whose inner surfaces are coated with neutron
reflecting materials. When a neutron beam hits the surface of the guide at a shallow enough …

The influence of a carbon barrier layer to improve the reflectivity of Cr/Ti multilayers,
intended to be used in the water window wavelength regime, is investigated. Specular …

This Letter reports on investigations of novel, to the best of our knowledge, NiV
(Ni_93V_7)/Ti multilayer mirrors for the operation in the wavelength region of 350–450? eV …