首页> 外国专利> INORGANIC POROUS THIN FILM WHERE CARBON NANOTUBES ARE FORMED IN THE PORES, LAMINATED BODY, AND MANUFACTURING METHOD FOR THE SAME

INORGANIC POROUS THIN FILM WHERE CARBON NANOTUBES ARE FORMED IN THE PORES, LAMINATED BODY, AND MANUFACTURING METHOD FOR THE SAME

机译:在孔,叠层体及其制造方法中形成碳纳米管的无机多孔薄膜

摘要

PROBLEM TO BE SOLVED: To prepare an inorganic porous thin film where a large number of pores with a required shape are arranged in a single layer and carbon nanotubes are selectively grown in the pores, a laminated body made of the same, and a method for manufacturing the inorganic porous thin film.;SOLUTION: The inorganic porous thin film 10 has a large number of pores 5 having an opening 1 with a nearly circular shape and an inner peripheral face 3 with a nearly spherical shape and carbon nanotubes 6 are formed in the pores 5. The pores 5 are arranged in the single layer along the flat surface of the thin film 10. The average diameter d1 of the openings 1 is 30-3,000 nm and the average distance between the centers of the neighboring pores d2 is 100-230% of the average diameter d1 of the openings 1. The thickness of the film d3 is 30-100% of the average diameter d1 of the openings 1. The average diameter of the carbon nanotubes 6 is 0.4-50 nm and the average length is 10-1,000 nm.;COPYRIGHT: (C)2005,JPO&NCIPI
机译:解决的问题:为了制备无机多孔薄膜,其中将具有所需形状的大量孔排列成单层,并且在孔中选择性地生长碳纳米管,由其制成的层压体及其制备方法解决方案:无机多孔薄膜10具有大量的细孔5,其具有近似圆形的开口1和近似球形的内周面3,并在其中形成碳纳米管6。孔5沿着薄膜10的平坦表面布置在单层中。开口1的平均直径d1为30-3,000nm,并且相邻孔d2的中心之间的平均距离为100。开口1的平均直径d1的-230%。膜d3的厚度是开口1的平均直径d1的30-100%。碳纳米管6的平均直径是0.4-50nm,并且平均长度为10-1,000 nm。; COP著作权:(C)2005,JPO&NCIPI

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