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JPH0261014A |
PURPOSE: To provide a reinforced metal having high strength and superior workability at a low cost by blending zinc-oxide whisker with metal and specifying the diameter of the base part of the whisker and the length of the whisker from t...
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JPH0261013A |
PURPOSE: To sharply reduce the breakage of long fibers, to make the title composite material lightweight, and to secure high strength at high temp. by adopting potassium titanate as a spacer for providing spaces between respective long f...
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JPH0261015A |
PURPOSE: To reconcile high free-cutting property and improvement of mechanical strength with each other by blending zinc-oxide whisker with metal and also specifying the diameter of the base part of the whisker and the length of the whis...
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JPH0225562U |
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JPH0247359A |
PURPOSE: To obtain a reinforcing fiber prevented from deterioration which is used as a titanium matrix compost material by forming diffusion-inhibited coatings consisting of a specified metal coating and an outer layer coating of the oxi...
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JPH0234733A |
PURPOSE: To manufacture the title material having excellent wear resistance and low thermal expansion coefficient by incorporating specific ratios of ceramic short fiber and ceramic grains into an Al alloy. CONSTITUTION: A composite mate...
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JPH0216855U |
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JPH0216854U |
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JPH0230726A |
PURPOSE: To obtain the title fiber-reinforced metallic composite material having excellent flexural strength by using an Al alloy contg. a specified amt. of Co as the base material at the time of producing the composite material with ino...
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JPH02422B2 |
A method of producing a machine part of a fiber-reinforced composite material comprising forming a fibrous-shaped body by effecting a partial diffusion-bonding of a plurality of inorganic fibers by copper solder. The fibrous-shaped body ...
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JPH01319639A |
PURPOSE: To develop the lightweight and inexpensive composite material having small coefft. of thermal expansion by using an Al alloy as matrix and compounding a specific ratio of carbon fiber therewith. CONSTITUTION: The Al-Si alloy con...
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JPH01312050A |
PURPOSE: To easily and efficiently mass-manufacture a Zn-Ni alloy single crystal whisker having specific compsn. at low cost by electrolizing an electrolytic soln. contg. Ni2+ ions and Zn2+ ions in the specific concn. ratio at specific c...
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JPH0153380B2 |
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JPH01279167A |
PURPOSE: To reduce the cost of manufacture by reinforcing a crown part in a piston main unit of aluminum alloy to be compounded by a reinforcing material of kalium titanate whisker. CONSTITUTION: A piston main unit 1 is cast by an alumin...
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JPH01269529A |
PURPOSE: To allow a metal plate to be subject to bending-processing and deep draw, and also applicable to household goods and industrial products in large quantity, by making the surface layer of metal body to contain a large quantity of...
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JPH01263235A |
PURPOSE: To develop the age-hardening type composite Al alloy having excellent strength and lightweightness by adding specific ratios of Cu, Si, Mn and at least one kind of Cd and Sn to Al, thereby forming said composite material which c...
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JPH01263233A |
PURPOSE: To develop a β type silicon nitride whisker-reinforced metallic composite material having excellent mechanical characteristics at a high temp. by impregnating βtype silicon nitride whiskers having specific characteristics as a...
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JPH01263234A |
PURPOSE: To produce the composite material having excellent strength by confining the content of Fe in a base metal to a specific range at the time of using inorg. fibers or metallic fibers as a reinforcing material and Al and Mg or the ...
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JPH01259137A |
PURPOSE: To manufacture an Al alloy composite material having excellent strength and lightness by specifying each content of Cu, Si and Mn in an Al alloy for the matrix of a composite material which contains silicon carbide short fiber, ...
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JPH0146569B2 |
PCT No. PCT/JP81/00399 Sec. 371 Date Jul. 15, 1983 Sec. 102(e) Date Jul. 15, 1983 PCT Filed Dec. 18, 1981 PCT Pub. No. WO83/01960 PCT Pub. Date Jun. 9, 1983.A light metal composite material reinforced by alumina-silica fibers and a metho...
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JPH01252741A |
PURPOSE: To improve the strength of a composite material by compounding a fiber reinforcement and a base metal of Al alloy containing specific amounts of Ni. CONSTITUTION: As a fiber reinforcement, a continuous inorganic fiber, such as S...
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JPH01242739A |
PURPOSE: To obtain the title composite material having excellent cohesion resistance in which cohesive wear does not occur even in the use at high temp. in a composite material of light alloy compositely reinforced by short fiber and gra...
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JPH01238770A |
PURPOSE: To improve hot workability by forming matrix of a fiber reinforced piston pin, of aluminum alloy containing specified value of Cr, and forming reinforcing fibers thereof, of short fibers having a constant fiber volume ratio. CON...
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JPH01230737A |
PURPOSE: To obtain the sufficient durability of the part in a composite material by saturating a molded body of which metallic grains to be brought into reaction with a metal in a matrix and to form an intermetallic compound therewith ar...
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JPH0142340B2 |
A composite material is made from silicon carbide and'or silicon nitride short fibers embedded in a matrix of metal. The metal is an alloy consisting essentially of between approximately 2% to approximately 6% of copper, between approxim...
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JPH01222030A |
PURPOSE: To obtain a fiber reinforced member of high strength by imbedding into a matrix the reinforced fiber consisting of the ultrahigh strength metal fine wire of the fiber like fine metal structure of a specified microcell obtd. by e...
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JPH01219131A |
PURPOSE: To develop an Al-alloy composite material having excellent corrosion resistance and strength by subjecting a composite material member formed by incorporating a short fibrous reinforcing material to an Al alloy having a specific...
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JPH01215937A |
PURPOSE: To improve strength and stability at high temp. of an obtained heat resistant composite material by sticking an alloy base material consisting of Nb (alloy) on the surface of reinforced material made of fine resistant metallic f...
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JPH01212729A |
PURPOSE: To bring the capacity of a bearing material close to the level of Al or kelmt bimetal bearing alloy by dispersedly compounding specific inorganic fiber or whisker into a Pb-based alloy layer provided on the substrate of the bear...
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JPH01206037A |
PURPOSE: To obtain the composite strength member with the best use of ceramic property, while its cooling property is excellent and its thermal stress is small, by sticking metallurgically the laminate composed of a ceramic tile and the ...
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JPH01205042A |
PURPOSE: To obtain a composite material suitable for sliding parts which has excellent wear resistance and gives little wear and injury to the mating members by adding specific ratios of alumina short fiber and specific limits of solid l...
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JPH01205041A |
PURPOSE: To obtain the title composite material having excellent high temp. strength by subjecting the mixture in which Al alloy fine powder having specific compsn. is regulated as a matrix and ceramic short fiber as reinforcing fiber to...
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JPH01195249A |
PURPOSE: To execute the adequate refining or reforming of an eutectic silicon mixture within a fiber reinforced preform by mixing a specific amt. of Sr with an Al-Si alloy matrix and penetrating the melt thereof into the perform. CONSTIT...
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JPH01195251A |
PURPOSE:To obtain a conjugated material having high strength, high elasticity and high heat resistance at low cost by forming it with inorganic fiber having specific X-ray characteristics which contains Si and N as essential components a...
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JPH0135931B2 |
In a process for manufacturing a whisker preform for a composite material, a dispersion of a whisker in water or an organic solvent is passed through a sieve and is filtered, and a residual wet whisker cake is dried, with or without prio...
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JPH01188639A |
PURPOSE:To obtain the lightweight subject member having fundamental characteristics similar to those of an iron material in a sliding member made of ceramic short fiber reinforced Al alloy by specifying the compsn. of the Al alloy, the c...
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JPH01177326A |
PURPOSE: To prevent mutual diffusion at high temp. and to enable stable use over a long period by burying a refractory-metal fiber consisting of an Nb- coated W wire in which Pe is added in a super heat-resisting alloy. CONSTITUTION: A h...
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JPH01176044A |
PURPOSE:To manufacture a lightweight cylinder tube having excellent corrosion resistance by providing the internal surface of a tube shape base metal made of Al alloy with a potassium titanate whisker body having a tunnel structure to wh...
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JPH01172538A |
PURPOSE: To obtain a tool for cutting of sintered hard alloy having excellent impact-resistant characteristics by forming it from fibrous SiC whisker having specific compsn. Co and (W, Ti, Ta) C solid solution. CONSTITUTION: The subject ...
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JPH01159335A |
PURPOSE: To increase the heat conductivity and to improve the sliding characteristics of the title member by uniformly dispersing the mixed fiber of the ceramic fiber and carbon fiber having specific fibrous volume ratios to the matrix o...
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JPH01156511A |
PURPOSE:To obtain the title fiber, having a structure of a continuous ceramic phase surrounding another kind of continuous ceramic phase, hardly exfoliating ceramics between both phases with all of strength, elastic modulus and toughness...
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JPH01147031A |
PURPOSE: To produce a high-quality metal matrix composite by using, as a preform of fiber reinforcement, fibers bound with colloidal Al together at the time of permitting penetration of a melt of Al-Si alloy into the preform under pressu...
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JPH01139735A |
PURPOSE: To obtain a relatively inexpensive fiber-reinforced metallic material excellent in strength characteristics and wear resistance by specifying a composition consisting of K2O.6TiO2 whiskers, Al2O3-type short fibers, and Al or Al ...
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JPH01136941A |
A process is described for forming a composite cast article comprising an aluminum-silicon alloy matrix containing a modifying amount of strontium and a preform of bonded-together reinforcing fibres incorporated in the matrix, in which t...
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JPH01132876A |
PURPOSE: To obtain the subject fiber body having improved adhesivity by providing a filament of a heat-resistant substance, e.g. a ceramic such as silicon carbide, etc., a nonmetal, a metal, etc., through a sizing agent with a staple com...
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JPH01127634A |
PURPOSE:To improve the strength and heat resistance of a composite material by combining carbon fiber having a specified modulus of tensile elasticity in the axial direction with an Al alloy contg. Mg. CONSTITUTION:Carbon fiber having >=...
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JPH0124215B2 |
In a compressor having a sliding member such as a portion of a vane which is disposed to be slid on an opposite member made of iron base metal, the sliding member is made of carbon fiber-reinforced aluminum having a coefficient of therma...
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JPH0122338B2 |
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JPH0122337B2 |
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JPH01104732A |
PURPOSE: To manufacture the titled composite material excellent in mechanical strength by adding specific amounts of group-Ia metals, etc., to a matrix at the time of using a low-m.p. and chemically inactive metal as a matrix and incorpo...
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