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Matches 551 - 600 out of 4,540

Document Document Title
JP4744722B2  
JP4723224B2  
JP4719646B2  
JP4712353B2  
JP4711165B2  
JPWO2009104665A1
【課題】カーボンナノチューブを金属マトリ ックスに混合分散させ、ナノ強化複合材料を 提供する方法およびその方法により、優れた 軽量性、強靭性、かつ防錆性を有し、滑...  
JP4705019B2  
JP2010121178A5  
JP4685357B2  
JP2011077162A
To provide a heat dissipation base capable of suppressing a decrease in heat dissipation, and to provide a method of manufacturing the heat dissipation base.The heat dissipation base 10 includes a metal base 11, an insulating material 12...  
JP4669014B2  
JP4662877B2  
JP2011508676A
The present invention is a process for manufacturing the metal parts reinforced with ceramic textiles, The housing for an insertion is formed in the main part of main metal (2) which has the upper surface (21), The insertion (3) formed f...  
JP2011055510A
To provide an ultrasonic energy system (ultrasonic horn) adapted to provide long-term performance under extreme operating conditions.An acoustic system includes a horn 26 connected to an ultrasonic energy source for applying vibratory en...  
JP2011508677A
The present invention is a process for manufacturing the metal parts reinforced with ceramic textiles, The housing for an insertion is machined into the main part of metal (10) which has the upper surface (10A, 10B), The insertion (11) f...  
JP2011047029A
To produce an inexpensive, highly functional alternative rare metal by adding CNTs (carbon nanotubes) to a general metal, and to achieve the improvement of its function and the resource conservation by adding the CNTs to a rare metal.CNT...  
JP2011508083A
The invention relates to a method for making a metal part that comprises a reinforcement (15) made of ceramic fibers. The method comprises the following steps: forming at least one annular-shaped insert (15) by assembling a bundle of met...  
JPWO2009051094A1
本発明は、熱の2次元的な拡散に好適である 、二軸方向に高熱伝導率を有する金属−黒鉛 複合材料およびその製造方法を提供する。本 発明の金属−黒鉛複合材料は、20〜8...  
JP4633961B2  
JP2011032490A
To provide a method for producing porous body comprising vapor grown carbon fibers wherein the wall surface of a cell is composed of a porous structure, and applications of the same.The invention relates to the method for producing porou...  
JP2011014240A
To provide an electric contact for a vacuum valve with excellent breaking performance, and a vacuum switching device for responding to enlargement of capacity.The electrical contact consists of at least two layer of a contact layer and a...  
JP2010285632A
To provide a method regarding improvement of manufacturing of a composite material of a carbon nanotube (hereinafter CNT) and a method regarding an approach for developing a novel material, thereby solving the problems that CNT is diffic...  
JP2010275621A
To provide a carbon nanotube or carbon nanofiber (CNT or CNF)-containing composite metallic material having excellent hardness, strength, electric conductivity and wear resistance by a simple process.Dimple-shaped or line-shaped grooves ...  
JP4593472B2  
JP4593473B2  
JP4591985B2  
JP4585230B2  
JP4585379B2  
JP2010261087A
To provide a Mg-based composite material which makes carbon substances adequately dispersed in magnesium or an alloy thereof at a high content, and to provide a method for producing the same.The method for producing the Mg-based composit...  
JP2010261088A
To provide a fiber-reinforced Al composite material in which a fibrous material is uniformly compounded, and to provide a method for producing the same.The method for producing the fiber-reinforced Al composite material includes: the fir...  
JP2010534763A
The process for manufacturing a mechanical component (10), comprises fabricating an insert (3) by winding a beam or a sheet linked with coated wire (32) around a rotating component, and inserting the insert in opposite sides of a contain...  
JP2010534764A
The process for manufacturing a mechanical component (10), comprises fabricating a draft of insert by winding a beam or a sheet linked with coated wire (32) around a rotating polygonal component, inserting the draft in a first container,...  
JP4573484B2  
JP2010248605A
To provide a method for producing a metal nanocomposite material having superior hardness, strength, electric conductivity and abrasion resistance with a simple process or in an essential process.This method for producing the metal nanoc...  
JP4568728B2  
JP2010533238A
By pushing out a powder metal and/or a powder alloy, in the method for manufacturing variant material, bulk powder material is heated to an extrusion temperature lower than the melting temperature of the powder, and persists under pressu...  
JP2010236016A
To reduce a manufacturing cost of a composite material with high thermal-conductivity, which is formed by combining a sintered plate of an aluminum powder with a fibrous carbon material, by reducing the amount of the fibrous carbon mater...  
JP2010236015A
To reduce a manufacturing cost of a composite material with high thermal-conductivity, which is formed by combining a sintered plate of an aluminum powder with a fibrous carbon material, by reducing the amount of the fibrous carbon mater...  
JP2010229028A
To provide a method of manufacturing a carbon fiber complex nonmetal material in which the carbon nanofiber is uniformly dispersed.This carbon fiber complex nonmetal material is formed by substituting a nonmetal matrix material with a th...  
JP2010215965A
To provide a magnesium-based composite material in which a carbon substance is adequately dispersed, and to provide a production method therefor.In a process of mixing Mg or a Mg alloy raw material with a carbon-based raw material and he...  
JP2010207833A
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...  
JP4550783B2  
JP4550782B2  
JP2010202940A
To provide a technique for producing a composite material having no risk of scattering of a carbon material, and also having no risk of intervening of oxide. As shown in Fig.(a), a carbon material 13 is charged to the bottom of a heat re...  
JP2010202902A
To provide a method of manufacturing a metallic composite material having high thermal conductivity, with which damage to dispersed grains in the manufacturing process is reduced by utilizing an electro-discharging plasma sintering metho...  
JP2010196098A
To provide a metal matrix composite which has excellent lubricity, cohesion resistance, wear resistance and thermal conductivity, and is suitable as a piston and a cylinder liner, and to provide a method for producing the metal matrix co...  
JP2010189717A
To provide a magnesium alloy, wherein the safety management cost is eliminated and the production cost is reduced, while having strength, particularly heat-resistant strength, equal to that of a heat resistant Mg alloy.The invention rela...  
JP4524591B2  
JP4524426B2  
JP4518676B2  

Matches 551 - 600 out of 4,540