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    • 3. 发明专利
    • Nuclear reactor member
    • 核反应堆成员
    • JP2014119398A
    • 2014-06-30
    • JP2012276317
    • 2012-12-19
    • Ibiden Co Ltdイビデン株式会社
    • HAN MINGXUTAKAGI TAKASHI
    • G21C5/00G21C11/02G21F3/00
    • G21C5/126G21C11/028G21F1/12Y02E30/40
    • PROBLEM TO BE SOLVED: To provide a nuclear reactor member capable of being stably used without generating swelling and creep-deformation, etc., even when directly exposed to neutrons without improving operating conditions and devices of a nuclear reactor.SOLUTION: A nuclear power member includes: a core part consisting of an aggregate of a graphite granular material; and a cover layer covering a core part and consisting of a ceramic dense body. Graphite affected by neutron irradiation is used in the state of an aggregate of a granular material and does not affect a shape and size of the nuclear reactor member even when swelling and creep deformation, etc., are generated since the granular materials are not bonded to each other. The nuclear reactor member has a cover layer covering a core part and consisting of the ceramic dense body. Since the cover layer consisting of the dense body has durability higher than that of the graphite to neutron-irradiation, the shape and size of the nuclear reactor member are hardly affected.
    • 要解决的问题:即使直接暴露于中子而不改善核反应堆的操作条件和装置,也能够稳定地使用能够稳定地使用的核反应堆构件。解决方案:核能构件 包括:由石墨颗粒材料的聚集体组成的芯部分; 以及覆盖芯部并由陶瓷致密体构成的覆盖层。 受中子照射影响的石墨以粒状材料的聚集体的状态使用,即使发生膨胀和蠕变变形等,也不影响核反应堆构件的形状和尺寸,因为颗粒材料不粘合到 彼此。 核反应堆构件具有覆盖核心部分并由陶瓷致密体构成的覆盖层。 由于由致密体构成的覆盖层具有比石墨对中子照射的耐久性更高的耐久性,所以核反应堆构件的形状和尺寸几乎不受影响。
    • 4. 发明专利
    • Semiconductor manufacturing device and component therefor
    • 半导体制造设备及其组件
    • JP2007012933A
    • 2007-01-18
    • JP2005192953
    • 2005-06-30
    • Ibiden Co Ltdイビデン株式会社
    • TAKAGI TAKASHINORO TADASHI
    • H01L21/205C04B35/52C23C16/44
    • PROBLEM TO BE SOLVED: To provide a member for a semiconductor manufacturing device which is capable of manufacturing a semiconductor of high quality or the like. SOLUTION: The semiconductor manufacturing device 10 has a susceptor 12 for mounting a substrate 19 inside a reaction container 11, and a heater 13 for heating the susceptor 12. The susceptor 12 is formed of a carbon material, and a thermally decomposed carbon layer is formed on at least a surface exposed to raw gas introduced from a gas introduction tube 14a. A wetting tension of the surface exposed to the raw gas is 62 mN/m or more. Consequently, it is possible to attach particle by the raw gas to the thermally decomposed carbon layer, to prevent peeling/dispersal thereof, and to carry out cleaning without opening to the air. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种能够制造高质量半导体的半导体制造装置的构件等。 解决方案:半导体制造装置10具有用于将反射容器11内的基板19安装的基座12和用于加热基座12的加热器13.基座12由碳材料和热分解碳 至少在暴露于从气体导入管14a导入的原料气体的表面上形成层。 暴露于原料气体的表面的润湿张力为62mN / m以上。 因此,可以将原料气体的粒子附着在热分解碳层上,防止其剥离/分散,并且不会对空气进行开放而进行清洗。 版权所有(C)2007,JPO&INPIT
    • 9. 发明专利
    • RECEIVING TRAY MADE OF CARBON FOR APPARATUS FOR PULLING SILICON SINGLE CRYSTAL
    • JPH10182288A
    • 1998-07-07
    • JP34769796
    • 1996-12-26
    • IBIDEN CO LTD
    • TAKAGI TAKASHI
    • C30B15/10C30B15/00C30B29/06
    • PROBLEM TO BE SOLVED: To improve safety over the entire part of a pulling up apparatus and to produce a large-diameter silicon single crystal by forming a film consisting of pyrolytic carbon on the inner side surface of a receiving tray made of carbon to prevent infiltration of a received silicon melt into the inside of a base material, thereby making it possible to prevent the occurrence of cracks and failures and preventing the failure and destruction over the entire part of the apparatus as well by the silicon melt. SOLUTION: The apparatus 100 for pulling up the silicon single crystal is constituted by rotatably housing and supporting a crucible 10 for melting the silicon into its hermetic body 50 by a revolving shaft, arranging a heater 12 for heating at the circumference of this crucible 10, arranging a heat insulating cylinder 30 made of, for example, graphite, on the outer side thereof and housing a thermal insulating material 40 between this cylinder and the hermetic body 50. The crucible 10 consists of double structures composed of a quartz crucible 11 in direct contact with the silicon melt and a graphite crucible 11a. The side plate of the receiving tray 20 made of carbon exists right under the heat insulating cylinder 30. The graphite base material is put into a CVD furnace and gaseous methane with H2 as a carrier is supplied into the furnace, by which the pyrolytic carbon film is formed on the front surface of the graphite base material.