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    • 25. 发明授权
    • Control of edge effects of oxidant electrode
    • 控制氧化剂电极的边缘效应
    • US4288507A
    • 1981-09-08
    • US170795
    • 1980-07-21
    • Peter CarrChen H. Chi
    • Peter CarrChen H. Chi
    • H01M4/86H01M10/36H01M12/08H01M4/02
    • H01M12/085H01M10/365H01M4/86Y02E60/128
    • Described is an electrode assembly comprising;a. a porous electrode having a first and second exterior face with a cavity formed in the interior between said exterior faces thereby having first and second interior faces positioned opposite the first and second exterior faces;b. a counter electrode positioned facing each of the first and second exterior faces of the porous electrode;c. means for passing an oxidant through said porous electrode; andd. screening means for blocking the interior face of the porous electrode a greater amount than the blocking of the respective exterior face of the porous electrode, thereby maintaining a differential of oxidant electrode surface between the interior face and the exterior face.The electrode assembly is useful in a metal, halogen, halogen hydrate electrical energy storage device.
    • 描述了一种电极组件,包括: 一个。 多孔电极具有第一外表面和第二外表面,所述外表面形成在所述外表面之间的内部,由此具有与所述第一和第二外表面相对定位的第一和第二内表面; b。 面对多孔电极的第一外表面和第二外表面的对置电极; C。 用于使氧化剂通过所述多孔电极的装置; 和d。 用于阻挡多孔电极的内表面的屏蔽装置比多孔电极的各个外表面的阻塞更大的量,从而保持氧化剂电极表面在内表面和外表面之间的差异。 电极组件可用于金属卤素水合物电能存储装置中。
    • 26. 发明授权
    • Method for control of edge effects of oxidant electrode
    • 控制氧化剂电极边缘效应的方法
    • US4241150A
    • 1980-12-23
    • US62109
    • 1979-07-30
    • Peter CarrChen H. Chi
    • Peter CarrChen H. Chi
    • H01M10/36H01M12/08H01M2/38
    • H01M10/365H01M12/085Y02E60/128
    • Described is an electrode assembly comprising;a. a porous electrode having a first and second exterior face with a cavity formed in the interior between said exterior faces thereby having first and second interior faces positioned opposite the first and second exterior faces;b. a counter electrode positioned facing each of the first and second exterior faces of the porous electrode;c. means for passing an oxidant through said porous electrode; andd. screening means for blocking the interior face of the porous electrode a greater amount than the blocking of the respective exterior face of the porous electrode, thereby maintaining a differential of oxidant electrode surface between the interior face and the exterior face.The electrode assembly is useful in a metal, halogen, halogen hydrate electrical energy storage device.
    • 描述了一种电极组件,包括: 一个。 多孔电极具有第一外表面和第二外表面,所述外表面形成在所述外表面之间的内部,由此具有与所述第一和第二外表面相对定位的第一和第二内表面; b。 面对多孔电极的第一外表面和第二外表面的对置电极; C。 用于使氧化剂通过所述多孔电极的装置; 和d。 用于阻挡多孔电极的内表面的屏蔽装置比多孔电极的各个外表面的阻塞更大的量,从而保持氧化剂电极表面在内表面和外表面之间的差异。 电极组件可用于金属卤素水合物电能存储装置中。
    • 27. 发明授权
    • Halogen electrodes and storage batteries
    • 卤素电极和蓄电池
    • US4167607A
    • 1979-09-11
    • US861951
    • 1977-12-19
    • Vittorio de NoraPlacido M. Spaziante
    • Vittorio de NoraPlacido M. Spaziante
    • C25B11/03H01M4/00H01M10/36H01M12/08H01M8/04
    • H01M12/085C25B11/035H01M10/365H01M4/00Y02E60/128
    • A composite halogen electrode for a rechargeable metal-halogen energy storage cell comprises a thin foraminous sheet, typically a valve metal with an electroconductive and electrocatalytic non-passivating coating, in electrical contact over substantially the entire electrode surface with a porous fluid-permeable body for example of carbon fibers or sintered valve metal particles and having throughout its porous structure an active surface coating of electroconductive and electrocatalytic non-passivating material forming a three-dimensional percolating electrode. The foraminous sheet faces an opposing consumable electrode of a storage cell or battery. During charging, halogen evolves essentially at the surface of this sheet and during discharge halogen contained in an electrolyte is ionized as it percolates through the porous body.
    • {PG,1A可再充电金属 - 卤素储能电池的复合卤素电极包括薄多孔片材,通常是具有导电和电催化非钝化涂层的阀金属,在基本上整个电极表面上与多孔流体电接触 具有例如碳纤维或烧结阀金属颗粒的渗透体,并且在其多孔结构中具有形成三维渗滤电极的导电和电催化非钝化材料的活性表面涂层。 多孔薄片面对存储单元或电池的相对的可消耗电极。 在充电期间,卤素基本上在该片材的表面放出,并且在放电期间,包含在电解质中的卤素通过多孔体渗透时被电离。
    • 29. 发明授权
    • Refuelable electrical energy storage device
    • 加油电力储能装置
    • US4127701A
    • 1978-11-28
    • US730288
    • 1976-10-06
    • Philip C. SymonsCarmelo J. Amato
    • Philip C. SymonsCarmelo J. Amato
    • H01M8/22H01M12/08H01M8/06
    • H01M8/225H01M12/085Y02E60/128
    • An electrical storage battery consisting of one or a plurality of cells, each comprised of a normally positive electrode for reducing a halogen disposed in electrical contact therewith and a normally negative electrode having an oxidizable metal disposed in electrical contact therewith during an electrical discharge of the cell. The cell is filled with an aqueous metal halide electrolyte which is adapted to be circulated between the cell and a storage area containing a replenishable halogen hydrate which is progressively consumed during discharge of the battery. A replenishment of the oxidizable metal is also effected periodically accompanied by a withdrawal of a controlled portion of the electrolyte to maintain the volume thereof within a preselected range.
    • 由一个或多个电池组成的蓄电池,每个电池均由用于还原与其电接触的卤素的正常正电极和在电池放电期间设置为与其电接触的可氧化金属的正常负极 。 电池填充有金属卤化物电解质水溶液,其适于在电池和包含在电池放电期间逐渐消耗的可补充的卤素水合物的存储区域之间循环。 可氧化金属的补充也周期性地伴随着电解质的受控部分的撤出,以将体积保持在预先选定的范围内。