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    • 5. 发明授权
    • Process for treating radioactive waste
    • 处理放射性废物的方法
    • US4361505A
    • 1982-11-30
    • US117089
    • 1980-01-31
    • Makoto KikuchiKoichi ChinoFumio KawamuraHideo Yusa
    • Makoto KikuchiKoichi ChinoFumio KawamuraHideo Yusa
    • C02F1/08C02F11/00G21F9/00G21F9/08G21F9/16G21F9/30
    • G21F9/167
    • N-.beta.-(aminoethyl)-.gamma.-aminopropyltrimethoxysilane [NH.sub.2 (CH.sub.2).sub.2 NH(CH.sub.2).sub.3 Si(OCH.sub.3).sub.3 ] as a silane coupling agent and SiO.sub.(2-x) (ONa).sub.x/2 (OH).sub.x/2 as colloidal silica are mixed into a radioactive liquid waste containing sodium sulfate as a main component, coming from a boiling water-type, nuclear power plant as an effluent. The resulting mixed radioactive liquid waste is supplied into a vessel provided with a rotating shaft with blades. The rotating shaft is revolved while heating the radioactive liquid waste in the vessel, thereby making the radioactive liquid waste into powder. The resulting powder containing the silane coupling agent and the colloidal silica is shaped into pellets by a pelletizer. The pellets having a low hygroscopicity and a high strength are obtained.
    • 作为硅烷偶联剂和SiO(2-x)(ONa)x / 2(OH)x / 2的N-β-(氨基乙基)-γ-氨基丙基三甲氧基硅烷[NH2(CH2)2NH(CH2)3Si(OCH3) 作为胶体二氧化硅作为主要成分混入含有硫酸钠的放射性废液中,作为流出物来自沸水型核电厂。 所得到的混合放射性废液被供给到具有带叶片的旋转轴的容器中。 旋转轴在加热容器内的放射性废液的同时旋转,从而使放射性废液成粉末。 所得到的含有硅烷偶联剂和胶体二氧化硅的粉末通过造粒机成形为颗粒。 获得具有低吸湿性和高强度的颗粒。
    • 7. 发明授权
    • Power storage system using sodium-sulfur batteries
    • 蓄电系统采用钠硫电池
    • US4578325A
    • 1986-03-25
    • US581270
    • 1984-02-17
    • Tadashi GotouFumio KawamuraNorihiko SagawaHideo Yusa
    • Tadashi GotouFumio KawamuraNorihiko SagawaHideo Yusa
    • H01M10/39H01M10/42H01M10/48
    • H01M10/3909H01M10/42
    • A sodium-sulfur battery comprising molten sodium as an active material for a minus pole and molten sulfur as an active material for a plus pole, the molten sodium and molten sulfur being partitioned from each other by a sodium ion-permeating solid electrolyte such as .beta.-alumina as a boundary is provided with a sodium storage tank communicated with the molten sodium in the battery cell, a draining mechanism for withdrawing the molten sodium, when desired, from the battery cell into the sodium storage tank, and a circulating mechanism for purifying and returning the sodium from the sodium storage tank to the battery cell as the molten sodium, sodium can be discarged urgently from the battery at an accident of direct contact between the sodium and sulfur, with the result of improved safety. A power storage system comprising a plurality of the sodium-sulfur batteries connected to one another in series and further connected in parallel can be provided with common sodium storage tanks and relevant draining mechanisms, purifying and circulating mechanisms in equal potential level rows of the batteries, resulting in improved economy and safety.
    • 一种钠硫电池,其包括作为负极活性物质的熔融钠和作为正极活性物质的熔融硫,熔融的钠和熔融硫通过钠离子渗透固体电解质如β - 氧化铝作为边界设置有与电池单元中的熔融钠连通的钠储罐,根据需要从电池单元取出钠储罐的排出机构和用于净化的循环机构 并且将钠从钠储罐返回到作为熔融钠的电池,钠可以在钠和硫之间直接接触的事故中从电池紧急地排出,结果是提高了安全性。 串联连接并且进一步并联连接的多个钠硫电池的电力存储系统可以设置有电池的等电位排中的普通钠储罐和相关排水机构,净化和循环机构, 从而改善经济和安全。