Abstract: To provide a tubular knitted fabric and a knitting method thereof, which can be knitted without sewing by a flatbed knitting machine, and which is easily fitted to a three dimensional shape of a wearing region without detriment to appearance. As shown in (a), an outward side of thumb pouch 7 is knitted so as to continue in its wale direction to an end portion of a four finger body 6 and while repeats reciprocated knitting in its course direction. In the course direction, a row of stitches is formed in midway and hanging stitches 8, 9 are added on both sides respectively as stitches to be used for linking. In order to make the knitting needles that suspend the hanging stitches 8, 9 different from each other, the position of the row of stitches is shifted in a direction away from a knit end of the four finger body 6.

Abstract: Silicon carbide-based fine particles containing an electrically conducting inorganic substance and a electromagnetic wave absorbing material, which are fine particles comprising a particle inner portion of a silicon carbide-based material and a surface layer formed of an electrically conducting inorganic substance mainly comprising carbon, wherein a gradient layer with the compositional ratio of the electrically conducting inorganic substance gradiently increasing toward the particle surface is present and the thickness of the electrically conducting inorganic substance gradient layer is from 1 to 500 nm. The electromagnetic wave absorbing material of the present invention can selectively absorb a electromagnetic wave of 1 to 300 GHz in a wide band.

Abstract: This invention is directed to an adhesive composition having (1) a elastomer component, (2) a resole phenolic resin, and (3) a flame retardant resin that is not (2) a resole phenolic resin. Further, the adhesive compositions of the invention includes (1) a elastomer component and (2) a resole phenolic resin, wherein the (2) resole phenolic resin content is 20 to 50 wt % based on the total amount of the adhesive composition excluding any solvent.

Abstract: A laminated body obtained by forming a metal-deposited layer onto one or both adhesion-improved sides of a polyimide film with improved adhesion obtained by coating and spraying an organic polar solvent solution containing a polybenzimidazole onto one or both sides of a self-supporting film prepared by casting and drying a dope, which is an organic polar solvent solution of a polyimide precursor which may contain an imidization catalyst, onto a support and then heat treating the film to form a multilayer polyimide film of a base polyimide layer and one or two polybenzimidazole layers, by vapor deposition or sputtering, and then plating with metal to form a metal layer onto the metal-deposited layer.

Abstract: Silicon carbide-based fine particles containing an electrically conducting inorganic substance and a electromagnetic wave absorbing material, which are fine particles comprising a particle inner portion of a silicon carbide-based material and a surface layer formed of an electrically conducting inorganic substance mainly comprising carbon, wherein a gradient layer with the compositional ratio of the electrically conducting inorganic substance gradiently increasing toward the particle surface is present and the thickness of the electrically conducting inorganic substance gradient layer is from 1 to 500 nm. The electromagnetic wave absorbing material of the present invention can selectively absorb a electromagnetic wave of 1 to 300 GHz in a wide band.

Abstract: A polyimide film with improved adhesion obtained by forming a thin polybenzimidazole layer on one or both sides of a polyimide film, a process for fabrication of a polyimide film with improved adhesion whereby an organic polar solvent solution containing a polybenzimidazole is coated or sprayed onto one or both sides of a self-supporting film prepared by casting and drying a dope, which is an organic polar solvent solution of a polyimide precursor which may contain an imidization catalyst, onto a support, and the film is then thoroughly heat treated, a cover lay film obtained by laminating a cover lay film adhesive onto the polyimide film with improved adhesion, and a laminated body employing the polyimide film with improved adhesion. The polyimide film exhibits the excellent characteristics of aromatic polyimide films including thermal properties, physical properties and electrical properties, while also having satisfactory adhesion.