首页> 外国专利> METHOD FOR SYNTHESIZING ORGANIC SUPERCONDUCTOR OF CUCOTISPSECESBINBEMGMNC OF NOVEL ORGANIC SEMICONDUCTOR OF CUCOTISPC, ITS PRODUCTION, METHOD FOR SYNTHESIZING THE IMPROVED ONE OF APPLIED COMPOSITION BY CHANGE OF COMPOSITION RATIO, CHANGE AND ADDITION OF ELEMENTS AND CHANGE OF ELEMENT PURITY AND HAVING NOVEL TRANSITION AND CRITICAL TEMPERATURE AND ITS PRODUCTION

METHOD FOR SYNTHESIZING ORGANIC SUPERCONDUCTOR OF CUCOTISPSECESBINBEMGMNC OF NOVEL ORGANIC SEMICONDUCTOR OF CUCOTISPC, ITS PRODUCTION, METHOD FOR SYNTHESIZING THE IMPROVED ONE OF APPLIED COMPOSITION BY CHANGE OF COMPOSITION RATIO, CHANGE AND ADDITION OF ELEMENTS AND CHANGE OF ELEMENT PURITY AND HAVING NOVEL TRANSITION AND CRITICAL TEMPERATURE AND ITS PRODUCTION

机译：新型合成葫芦科植物有机半纤维素的葫芦丝的有机超导体的方法，其生产，通过改变比重，温度和变化率，变化率和变化率来合成一种改进的适用组合物的方法其生产

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摘要

PROBLEM TO BE SOLVED: To obtain a superconductor material functioning sufficiently on liq. nitrogen and transiting in a specified temp. range by sintering the specified amts. of Cu, Co, Ti, S, P, Se, Ce, Sb, In, Be, Mg, Mn and C. SOLUTION: One hundred g of this superconductor material consists of 30 g of Cu, 20 g of Co, 20 g of Ti, 10 g of S, 10 g of P, 2 g of Se, 2 g of Ce, 2 g of Sb, 2 g of In, 0.8 g of Be, 0.5 g of Mg, 0.5 g of Mn and 0.2 g of C, and the material transits at -50 deg.C to -60 deg.C. The material is obtained by mixing the raw materials in alcohol (methyl alcohol) or lacquer thinner or paint thinner for 48 hr, drying the mixture at room temp. to 100 deg.C for 24 hr, calcining the dried mixture at 900 deg.C for 5 hr, lowering the temp. mildly within 2-4 hr, crushing and pressing the mixture at 100 kg to 1 t/cm2 and sintering the product at 950 deg.C for 4 hr.

机译：要解决的问题：要获得能在液体上充分起作用的超导体材料。氮并在指定温度下过渡。烧结指定的范围。 Cu，Co，Ti，S，P，Se，Ce，Sb，In，Be，Mg，Mn和C的溶液。解决方案：一百克这种超导体材料包括30克铜，20克钴，20克的Ti，10 g的S，10 g的P，2 g的Se，2 g的Ce，2 g的Sb，2 g的In，0.8 g的Be，0.5 g的Mg，0.5 g的Mn和0.2 g ，温度在-50℃到-60℃之间转变。通过将原料在酒精（甲醇）中或稀释剂或油漆稀释剂中混合48小时，然后在室温下干燥混合物，即可获得该材料。到100℃保持24小时，将干燥的混合物在900℃煅烧5小时，降低温度。在2-4小时内温和地压碎混合物，并将其以100 kg的压力压至1 t / cm 2，并将产物在950℃下烧结4小时。

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公开/公告号JPH10310431A

专利类型
公开/公告日1998-11-24

原文格式PDF
申请/专利权人 ARAKI SHOICHI;
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申请/专利号JP19960195850
发明设计人 ARAKI SHOICHI;
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申请日1996-04-15
分类号C01G51/00;C01G1/00;C04B35/00;H01B12/00;H01B13/00;H01L39/12;
国家 JP
入库时间 2022-08-22 02:33:10

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