1993Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

W/C multilayers deposited on plastic films

Shoji Seki, Tsukasa Miyazaki, Motoshige Tatsumi, Koujun Yamashita

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Abstract

W/C multilayers were deposited on plastic films, which had thin thickness and light weight. TEM images showed the surface roughness of the plastic films and the boundary roughness of the multilayers. X-ray reflectivities were measured at wavelengths of 0.154 nm, 0.834 nm, and 0.3 to 0.7 nm. The boundary roughness values of the multilayers deposited on a polyimide film and a Si wafer were estimated to be 1.2 nm and 0.7 nm, respectively.

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What this paper is about

W/C multilayers were deposited on plastic films, which had thin thickness and light weight. TEM images showed the surface roughness of the plastic films and the boundary roughness of the multilayers. X-ray reflectivities were measured at wavelengths of 0.154 nm, 0.834 nm, and 0.3 to 0.7 nm. The boundary roughness values of the multilayers deposited on a polyimide film and a Si wafer were estimated to be 1.2 nm and 0.7 nm, respectively.

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Available abstract

W/C multilayers were deposited on plastic films, which had thin thickness and light weight. TEM images showed the surface roughness of the plastic films and the boundary roughness of the multilayers. X-ray reflectivities were measured at wavelengths of 0.154 nm, 0.834 nm, and 0.3 to 0.7 nm. The boundary roughness values of the multilayers deposited on a polyimide film and a Si wafer were estimated to be 1.2 nm and 0.7 nm, respectively.

Key concepts: Materials science, Wafer, Surface finish, Surface roughness, Thin film, Wavelength, Polyimide, Composite material

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