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JPS60110837A |
PURPOSE: To provide the titled composite material having good heat resistance and high strength by combining an Al alloy contg. a specific compsn. amt. of Si and carbon fibers which has an adequate elastic modulus in tension in the axial...
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JPS6021213B2 |
1506476 Composite casting E I DU PONT DE NEMOURS & CO 11 Nov 1975 [11 Nov 1974] 46590/75 Heading B3F [Also in Division E1] A fibre-reinforced aluminium composite comprises from 10 to 80 volume per cent of polycrystalline alumina fibres w...
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JPS6082645A |
PURPOSE: To disperse uniformly particles of a solid lubricant in a matrix metal which is largely different from the lubricant in specific gravity by incorporating a specified fibrous material for reinforcement into a metallic material co...
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JPS6014093B2 |
Abradable seals for compressors and turbines are made of fibers and powders of an alloy consisting essentially of iron, nickel, chromium, aluminum, and yttrium. The alloy preferably contains 22-27 weight percent nickel, 18-22 weight perc...
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JPS6010098B2 |
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JPS6010099B2 |
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JPS6010100B2 |
Cobalt or cobalt alloy composite materials reinforced with continuous silicon carbide fibers, which have a high tensile strength, a low elongation, a high Young modulus and a high tensile strength at a high temperature, are produced by f...
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JPS6046347A |
PURPOSE: To make it possible to set tensile strength and coefficient of heat expansion to predetermined values corresponding to a use without losing the strong points of a material, in the title composition material comprising an Al base...
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JPS604254B2 |
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JPS603776B2 |
A semiconductor device comprises a semiconductor substrate and at least one supporting electrode soldered to one surface of the semiconductor substrate. The supporting electrode is constituted by a composite body having fibers embedded i...
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JPS60424B2 |
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JPS5938179B2 |
A fiber reinforced composite product and method of producing the product in which yieldable, high strength carbon or graphite fibrous materials are formed into a substrate that has been optimized for final product application through the...
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JPS5933656B2 |
Fibre-reinforced Ag composite material (I) comprises continuous SiC fibres (II) consisting of beta-Si C, a Ag matrix (III), consisting of Ag, Ag alloy or a Ag-based composite, and very small amts. fo carbide (IVa) or solid C soln. (IVb) ...
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JPS5933657B2 |
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JPS5933655B2 |
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JPS5930781B2 |
Chromium base alloy composite materials having high corrosion resistance, oxidation resistance and tensile strength at high temperatures are produced by laminating and arranging silicon carbide fibers containing 0.01-20% by weight of fre...
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JPS5930779B2 |
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JPS5919982B2 |
Molybdenum base composite materials having high tensile strength and oxidation resistance at high temperatures are produced by piling in parallel and embedding silicon carbide fibers containing 0.01-20% by weight of free carbon, which ha...
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JPS5969500A |
PURPOSE:To obtain an effectively disentangled whisker composition, by mixing uniformly the prescribed amount of inorg. or org. fine powder having the prescribed average grain size with inorg. whiskers. CONSTITUTION:100pts.wt. inorg. whis...
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JPS5916367B2 |
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JPS5950149A |
PURPOSE: To develop a fiber-reinforced metallic composite material having excellent bending strength, tensile strength, fatigue strength, etc., by using alumina fibers, carbon fibers, etc. as reinforcing fibers and an Al alloy having a s...
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JPS5943238A |
PURPOSE:To reduce a shock and noise of a friction material to an opposite member and to stabilize the coefficient of friction by making the hardness of metallic fiber and metallic powder used in a friction material for a brake lower than...
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JPS5935645A |
PURPOSE: To obtain a composite Al material reinforced with silicon nitride whiskers and provided with improved strength at high temp., by blending Al with a specified volume percentage of silicon nitride whiskers. CONSTITUTION: Al or an ...
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JPS5928544A |
PURPOSE: To provide the titled composite material excellent in heat resistance, strength and hardness, by mixing titanium and titanium alloy with a specified rate of silicon nitride whisker. CONSTITUTION: Powder of metallic titanium and ...
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JPS5923834A |
PURPOSE: To provide a fiber reinforced alloy having the excellent heat resistance that makes the alloy adaptable to mechanical parts used in a high temp. range, by constituting the same of reinforcing fibers consisting of fibers having u...
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JPS5919087A |
PURPOSE: To obtain a composite material having high abrasion resistance and high deflective strength by combining carbon fiber, metal fiber, metallic grain, carbon grain, etc. as desired and sintering the same. CONSTITUTION: Carbon fiber...
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JPS5852015B2 |
A unidirectionally solidified anisotropic metallic composite body of improved stability and high temperature properties is provided with a solid solution matrix of a superalloy of the nickel-base or cobalt-base type and comprising, by we...
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JPS58193332A |
PURPOSE: To enhance the welding resistance, the fire resistance, the consumption resistance and the strength of an electric contact material and to make it lightweight, by forming the electric contact material from a specific composition...
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JPS5843461B2 |
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JPS58135648A |
PURPOSE:To accomplish the manufacturing method for a Cu-C compound material generating no difference in the coefficient of thermal expansion between the center part and the circumference of the material by a method wherein, even in the c...
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JPS58135647A |
PURPOSE:To obtain a Cu-C compound material having almost no difference between the coefficient of thermal expansion on the center part and that on the circumference of the material by a method wherein copper coated carbon fibers, which a...
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JPS58119441A |
PURPOSE: To obtain a thin strip solidified from molten metal having high strength, high heat conductivity and excellent strippig property of the thin strip by providing coating layers of a composite material consisting of a copper materi...
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JPS58119439A |
PURPOSE: To obtain a cooling body for production of thin metallic strips solidified by quick cooling which has high heat conductivity and excellent stripping property of the thin metallic strips by applying coating of a matrix of metals ...
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JPS5881948A |
PURPOSE: To provide an aluminum composite material excellent in light weightness, ware resistance, vibration attenuating property and scuffing resistance obtained, by dispersing activated carbon and granular or fibrous ceramic in an alum...
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JPS589824B2 |
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JPS589822B2 |
An assembly, useful in producing a carbon fiber-reinforced metal, of a plurality of carbon fibers each coated with a matrix metal layer, the fibers having bonded points at the metal layers to form a two-dimensional network structure or b...
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JPS5816049A |
PURPOSE: To obtain a composite material having high compatibility with a living body and superior mechanical properties by combining ≥1 kind of metal selected from Al, Sn, Zr and Au with ≥1 kind of material selected from oxide powder...
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JPS57164946A |
PURPOSE: To enhance the mechanical properties and heat resistance of the resulting titled material by reinforcing a Zn-Al or Zn-Mg alloy with inorg. fiber having a composition contg. elemental carbon or ≥2 kinds of specified metallic c...
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JPS57161041A |
PURPOSE: To manufacture a composite copper-carbon fiber material with superior bendability for a lead wire suitable for the connection of a silicon element, etc. by reducing the precentage of carbon fiber only at each part to be bent. CO...
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JPS5745820B2 |
Abradable seals for compressors and turbines are made of fibers and powders of an alloy consisting essentially of iron, nickel, chromium, aluminum, and yttrium. The alloy preferably contains 22-27 weight percent nickel, 18-22 weight perc...
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JPS57130441A |
PURPOSE:To obtain an IC having no warp and no peeling off by a method wherein a plate type member consisting of a double structural compound material of fiber having the rate of thermal expansion being approximate to the rate of thermal ...
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JPS5731657B2 |
A bundle of carbon fibers each coated with copper or copper alloy is uniformly wound around a core rod under tension, and subjected to a hot press treatment in a non-oxidizing atmosphere. The core rod is then cut off along the surface of...
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JPS5646547B2 |
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JPS5669335A |
PURPOSE: To improve the solderability of a carbon fiber composite metal by adjusting the position of uppermost carbon fibers to below the surface of the metal surface or removing exposed carbon fibers to eliminate the existence of fibers...
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JPS5617420B2 |
Copper powder, carbon fibers arranged in random directions and a metal capable of reacting with carbon fibers are homogeneously mixed together, and the mixture is heated and molded under high pressure to form an integral composite. The s...
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JPS5635735A |
PURPOSE: To enhance the mechanical properties and heat resistance of the resulting lightweight spring by using inorg. fiber such as ceramic fiber or metallic fiber having high elastic modulus and high strength as a reinforcing material f...
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JPS5613780B2 |
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JPS5623242A |
PURPOSE: To obtain the titled composite material having ≤1,700°C m.p. and not showing the reflection of α-Al2O3 melt contg. a restricted amount of SiO2 followed by calcination. CONSTITUTION: A melt contg. polyaluminoxane and a silico...
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JPS5616637A |
PURPOSE: To provide the titled material by adjusting the m.p. of a metallic material contg. alumious fibers, as a reinforcing material, having a specified composition consisting of Al2O3 and SiO2 and not showing the reflection of α-Al2O...
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JPS5549034B2 |
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