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Matches 451 - 500 out of 4,564

Document Document Title
JP2014040638A
To provide a material composed of tungsten or tungsten alloy as a matrix, having high fracture toughness even under a neutron irradiation environment or in a temperature region over a recrystallization temperature.A composite material co...  
JP5436510B2  
JP5414997B2  
JPWO2012039228A
In the present invention, after mixing base material metal and carbon to a crevice of a cup consisting of metal which makes nickel or nickel the main ingredients so that carbon may become below 80 volume %, and storing powder compacting ...  
JPWO2012039229A1
本発明では、銅または銅を主成分とする金属 を母材金属とし、母材金属の熱伝導度よりも 高い熱伝導度を有するカーボンを10〜80 体積%の割合で母材金属に分散させた複...  
JPWO2012039229A
A core while consisting of compound material which made base material metal distribute carbon which uses as base material metal metal which makes copper or copper the main ingredients in the present invention, and has the degree of heat ...  
JPWO2012039228A1
本発明では、ニッケルまたはニッケルを主成 分とする金属からなるカップの凹部に、母材 金属とカーボンとをカーボンが80体積%以 下になるように混合して圧粉または焼結...  
JP2013512348A5  
JP5388654B2  
JP5384372B2  
JP2013544959A
A method of fabricating a part, for example a reinforcing edge for a turbomachine blade, the method including: making at least one fiber structure by three-dimensionally weaving metal yarns; and subjecting the fiber structure to hot isos...  
JP5364905B2
An object of the present invention is to provide a metal-based carbon fiber composite material that exhibits an improved thermal expansion coefficient and an improved thermal conductivity, and is smaller in weight. The metal-based carbon...  
JP5362394B2
To provide a method for producing a preform for a composite material, upon impregnation of a molten metal, which can suppress seizure between the molten metal and a core, and to provide a method for producing a metal composite body obtai...  
JP5363418B2
To provide a technology that can manufacture a compound material with high thermal conductivity in which high thermal conductivity performance is maintained well. A mixed material 16 of a matrix metal 14 and a carbon fiber 15 as shown in...  
JP5345738B2
According to the present invention, there is produced at least one of a center electrode or a ground electrode, the electrode including a core formed of a composite material containing a matrix metal, the matrix metal being copper or a m...  
JP5336000B2
According to the present invention, at least one of a center electrode or a ground electrode is produced by mixing a matrix metal with carbon so that the carbon content of the resultant mixture is adjusted to 80 vol.% or less; subjecting...  
JP2013212972A
To provide a method (700) for applying a barrier coating (242) to a component (100).There is provided a method (700) including a step (701) of providing a component (100) and a step (703) of preparing a mixture-containing slurry (250). T...  
JP2013505353A5  
JP2013194289A
To provide a metal-carbon fiber composite material in which carbon fibers are uniformly dispersed and the carbon fibers are largely mixed, and have excellent thermal conductivity, a method for producing the same, and a carbon fiber prefo...  
JP5296438B2
Disclosed is a method of encapsulating a carbon material within aluminum, the method including the steps of: (i) functionalizing a carbon material by introducing a defect therein; (ii) mixing the functionalized carbon material with alumi...  
JP5296439B2
Disclosed is a method for covalent bond formation between aluminum and a carbon material. More specially, there is provided a method of forming an Al-C covalent bond between aluminum and a carbon material by applying an electric arc to a...  
JP2013181232A
To provide a metal matrix composite excellent in cohesion resistance, slidability, and wear resistance, and a method for producing the same.A preform 4 is used, in which a granulated body 2 of a carbon nano material formed when a plurali...  
JP5288441B2
This invention provides a composite material that can effectively utilize the properties of a metal powder base material per se or further added ceramic, and ceramic base material per se, and excellent electric conductivity and thermal c...  
JP5270693B2  
JP5265857B2
The tubular component manufacturing process includes a stage in which a layer (21) of coated filaments is wrapped round a metal mandrel (24). Each filament comprises a ceramic fiber coated with metal and bonded together at welded points,...  
JP2013151781A
To provide an improved TMC wire/fiber ring array that is capable of clearly arranging each composition in any of layers, and a method for manufacturing the same.A manufacturing apparatus for manufacturing a wire/fiber array includes: a r...  
JP5254978B2  
JP5250785B2  
JP5229934B2  
JP5229936B2  
JP2013527313A
The present invention relates to a way being incorporated by CIC in a metal container containing covering thread which was formed for ceramic textiles by which metallic coating was carried out, and which was combined together manufacture...  
JP2013525236A
This application is the method of joining at least two parts made from silicon carbide system material (21, 22) by nonresponsive soldering, and is parts, The assembly which was contacted to the nonresponsive soldering constituent (26) an...  
JP5214695B2  
JPWO2011090133A
It is the aluminum material in which a carbon nanotube was distributed, and provides a compound electric wire of high machinery intensity and low sag increase capacity which comes to twist a wire rod using a composite material which has ...  
JPWO2011090133A1
カーボンナノチューブが分散されたアルミニ ウム材料であって、高い機械強度と優れた導 電性を有する複合材料を用いた線材を撚り合 わせてなる、低弛度増容量の複合電線を...  
JP5196737B2  
JP2013087852A
To provide a lightweight and long-lived unlubricated sliding member having a PTFE fabric liner used without lubrication as a sliding surface, which hardly causes surface flaws due to wear or sliding of the PTFE fabric liner with less fri...  
JP2013082958A
To provide a copper-based sliding material which has excellent seize resistance by controlling a dispersed state of needle-shaped Mn-Si-based compounds crystallized in a brass structure.In the copper-based sliding material 1 having the n...  
JP5193096B2  
JP2013514458A
It is the straight line-like insertion embedded by the hot isotropic press (HIC) at a metal container, and is joined mutually, and the present invention relates to the method of manufacturing the insertion including the bunch of the cove...  
JP2013512348A
In various embodiments, composite materials containing a metal matrix having at least one metal and a carbon nanotube-infused fiber material are described herein. Illustrative metal matrices include, for example, aluminum, magnesium, cop...  
JP2013512334A
While realizing compound metal parts by compaction-izing the insertion which changes from reinforcement textiles (14) to the main part of metal, or a container (10), In order that the gas used for compaction-ization may accept an inserti...  
JPWO2011059023A
Thin-film-izing of an anode current collection object for a miniaturization of an accumulation-of-electricity device or formation of high energy density is possible for a subject of the present invention, and manufacture is easy, and sur...  
JPWO2011059023A1
Thin-film-izing of the anode current collection object for the miniaturization of an accumulation-of-electricity device or formation of high energy density is possible for the subject of the present invention, and manufacture is easy, an...  
JP2012518079A5  
JP2012518080A5  
JP2012518078A5  
JP5156585B2  
JP2013040396A
To provide a cemented carbide in which all of added carbon nanotube are prevented from changing into graphene in a tungsten carbide-transition metal-carbon nanotube-based cemented carbide, and that has a high fracture toughness value and...  
JP2013506486A
It is characterized by a method of realizing biocompatible prosthetic device component parts (50; 60; 90) comprising the following. A step which prepares at least two materials (20, 22, 26) from which physical/chemical property differs, ...  

Matches 451 - 500 out of 4,564