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JPH03215636A |
PURPOSE: To efficiently produce a composite material in which fine pieces of ceramics are uniformly dispersed by throwing a compact consisting of reinforcement, Ni-containing fine metal pieces, and metal fluoride into molten Al and carry...
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JPH0360273B2 |
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JPH0359968B2 |
PURPOSE:To produce a porous metal for occluding hydrogen having excellent durability by mixing an adhesive agent or a metal having alloy formability with a metal for occluding hydrogen, incorporating further heat-resistant fibers into th...
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JPH0359969B2 |
A composite material, including reinforcing fiber material with principal components SiO2 and/or CaO and/or Al2O3, and with a Mg content by weight of between about 0% and about 10%, an Fe2O3 content by weight of between about 0% and abou...
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JPH03504142A |
An arc-melting method is taught for the formation of metallic-second phase composite materials. The method involves the formation of an intermediate composite material comprising a relatively high loading of second phase particles disper...
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JPH03207830A |
PURPOSE: To develop a Ti-base alloy which is reinforced with SiC, has excellent ductility at room temp. and lessens the occurrence of cracks by adjusting plasma thermal spraying conditions at the time of plasma thermal spraying of the po...
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JPH0357173B2 |
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JPH03198972A |
PURPOSE: To prevent the development of damage in a product FRM by holding whole of a fiber formed body in metal-made or ceramic-made porous vessel. CONSTITUTION: In order to perfectly impregnate molten metal 5 into gap in a preform 6 mad...
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JPH0357172B2 |
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JPH03197628A |
PURPOSE: To provide the sliding member which is light in weight, has high friction wear characteristics and is suitable for high speed rotation by impregnating a molten Al-based alloy into an aluminum borate whisker molding in a pressuri...
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JPH03197629A |
PURPOSE: To provide the sliding member which has high wear resistance and low thermal expandability and allows rotation at a higher speed by adding an inorg. binder to ceramics fibers to form a molding having a three-dimensional network ...
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JPH03194157A |
PURPOSE: To improve durability by forming a piston with high-temperature magnesium alloy, by providing its skirt with a chemically applied or electrodeposited metallic sliding layer which has given thickness and hardness, and by coating ...
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JPH03189063A |
PURPOSE: To manufacture a combined body having excellent corrosion resistance, wear resistance, heat resistance, etc., by filling up non-ferrous metal having m.p. lower than m.p. of iron, into a porous reinforced material coating fine ho...
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JPH03188243A |
PURPOSE: To permit the high efficiency working with high reliability to the sintered alloy steel by forming a hard phase of TiN short fiber having specified dimension, forming a bonding phase of an alloy steel contg. specified wt.% of Cr...
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JPH03188204A |
PURPOSE: To manufacture a sliding material having an excellent mechanical characteristic and a wear resistance by adding the specific rate of carbon powder to short fibers formed with the wire cutting method under the specific condition,...
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JPH0354026B2 |
A process is provided for the production of fibre-reinforced light-metal castings by die casting. A fibre moulding is introduced into an auxiliary mould and the auxiliary mould is heated to an optimum temperature above the melting point ...
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JPH03188244A |
PURPOSE: To provide the sintered alloy steel with a long tool service life by forming a hard phase of TiN short fiber having specified dimension, forming a bonding phase of an alloy steel contg. specified wt.% of Cr, Mo, W, Co, C, Mn and...
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JPH0353333B2 |
PURPOSE:To obtain a composite having a beautiful hue and excellent mechanical properties, by reinforcing a plastic or a metal with a hybrid fiber of a specified fiber with an inorganic fiber comprising a specified internal layer and a sp...
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JPH0353334B2 |
PURPOSE:To obtain the title composite excellent in mechanical properties and hue, by using a hybrid fiber of an organic fiber with a specified fiber as a reinforcement and using a plastic or a metals as a matrix. CONSTITUTION:10-70vol% r...
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JPH03183538A |
PURPOSE: To enable sufficient strength to be obtained even when subjected to high temperature and also enable it to be used stably for a long period by making fire-proof metallic fibers disposed in a basic body comprising a super alloy o...
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JPH03183754A |
PURPOSE: To obtain high strength at high temp. and to stably use a composite over a long period by providing refractory metal fiber coated with Nb layer and Nb-Al alloy layer into a matrix composed of super alloy of Fe base, Ni base, etc...
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JPH03180435A |
PURPOSE: To provide the composite with high strength and high elasticity by mixing Y2O3 stabilized ZrO2 short fibers in a molten metal of an Al base alloy, injecting the above into a die while pressure is applied, executing secondary pre...
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JPH0350618B2 |
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JPH03177370A |
PURPOSE: To obtain a whisker preform always having excellent properties and structure by injection molding a kneaded material of ceramic whiskers and an organic binder into a split mold constructed of a cellular material, heating the afo...
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JPH03174373A |
PURPOSE: To reduce fluctuations in the fiber volume content of a preform and to improve shape-holding property by performing degreasing while bringing an injection-molded body of a kneaded material consisting of ceramic whiskers and orga...
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JPH0348253B2 |
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JPH03165964A |
PURPOSE: To maintain the mechanical and physical properties by impregnating CuSO4 aqueous solution in a fiber formed body before placed in a forming die, drying the fiber forming body at the specified temperature, heating it at the speci...
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JPH0370264U |
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JPH03158428A |
PURPOSE: To permit the reduction of the working manhour in the manufacture of the Al alloy composite by subjecting a mixture of reinforcing material whiskers and Al alloy powder to hot extruding under the conditions in the state where a ...
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JPH03155449A |
PURPOSE: To manufacture a partially composite member having toughness and integrated structure by sintering SiC whisker and Al alloy powder to make composite base material, applying dispersed slurry of noble metal series and/or carbide s...
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JPH03155450A |
PURPOSE: To manufacture a composite sliding member having high sliding performance by executing hot press sintering to the specific quantities of SiC whisker, graphite powder and Al alloy powder, preheating the composite base material ob...
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JPH03502821A |
The present invention relates to the formation of whisker reinforced metal matrix composites in which complex boride or carbide whiskers are distributed throughout a metal, metal alloy, or intermetallic matrix. Exemplary complex boride w...
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JPH03150329A |
PURPOSE: To easily manufacture the intermetallic compound excellent in strength with good efficiency by impregnating a metallic material in a molten state into a preform constituted of metallic fibers into a metallic composite body under...
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JPH0329585Y2 |
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JPH0341534B2 |
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JPH03146479A |
PURPOSE: To produce a preform capable of removing a binder at a lower temp. and having higher productivity by removing the binder by treating a mixture containing a ceramic fiber or a metallic fiber and a specified binder in a prescribed...
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JPH0339828B2 |
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JPH0340095B2 |
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JPH03131480A |
PURPOSE: To make the head part of a compression tool lightweight by constituting the head frame of the tool with a fibre reinforced metal comprising a ceramic fiber scattered in an aluminum or magnesium alloy. CONSTITUTION: The head fram...
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JPH0323843Y2 |
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JPH0333429B2 |
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JPH0333428B2 |
Light alloy articles comprising a body of light alloy having a composite layer of heat-resistant fibers and light alloy and bonded to said body, and a surface layer of heat-resisting alloy sprayed onto said composite layer exhibit improv...
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JPH03111524A |
PURPOSE: To produce the heat radiative substrate which has low thermal expandability and exhibits high heat radiatability by heating a press molding consisting of a low thermally expandable metallic material fiber and a high heat radiati...
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JPH03111526A |
PURPOSE: To economically and efficiently manufacture the fiber reinforced metal matrix composite having a certain shape by setting laminated prepreg sheets constituted of inorganic fibers and metals into a form, sealing it into a bag mad...
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JPH03111523A |
PURPOSE: To produce the metal-based composite material dispersed with intermetallic compds. by impregnating the molten metal of Al, Mg, etc., into a porous molding contg. an inorg. reinforcing material, fine pieces of metals, and fine pi...
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JPH03111525A |
PURPOSE: To easily and efficiently manufacture the refractory metal matrix composite having high strength in an axial direction by adding short fibers and a bond to refractory metallic powder, kneading the above, extruding the obtd. extr...
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JPH03107434A |
PURPOSE: To compact the Al matrix composite excellent in mechanical characteristics by subjecting mixed powder of Al alloy powder and silicon nitride short fiber to pressure sintering in vacuum, deforming the sintered body in a temp. ran...
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JPH0330710B2 |
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JPH03105005A |
PURPOSE:To improve sharply durability by forming a valve seat surface with a brass alloyed layer, on the surface of which a hard metal compound is contained at a specified area ratio and the longitudinal direction of the hard metal compo...
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JPH03101011A |
PURPOSE: To manufacture a kind of stabilizing member for a superconducting wire, having a great strength, high residual resistance ratio, light weight and excellence in performance, by making up the stabilizing member of a compound mater...
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