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    • 61. 发明专利
    • SODIUM SULFUR BATTERY MODULE
    • JPH1040951A
    • 1998-02-13
    • JP19178496
    • 1996-07-22
    • HITACHI LTD
    • MITSUYOSHI TADAHIKOKOYAMA TETSUOHATOU HISAMITSUMADOKORO MANABU
    • H01M2/02H01M10/39
    • PROBLEM TO BE SOLVED: To provide a sodium sulfur battery module by which the degradation of a joining part and the corrosive degradation of a positive electrode vessel are hardly caused and high output operation can be performed. SOLUTION: In an Na sulfur battery module by connecting plural Na sulfur batteries containing a negative electrode vessel 2 to house Na, a positive electrode vessel 5 to house a positive electrode mold composed of sulfur or an Na polysulfide and carbon fiber, a solid electrolyte tube 1 to separate a negative electrode and a positive electrode from each other and an insulating member 7 which is connected to the solid electrolyte tube 1 and is joined to the negative electrode vessel 2 and the positive electrode vessel 5, the positive electrode vessel 5 contains a joining body of a cylinder part 51 and a flange part 52, and in a material of the cylinder part 51, a corrosive layer is arranged on a surface of Al or Al allay, and the cylinder part 51 is connected to Al or Al alloy-made bus bar, and in the flange part 52, the flange part 52 and the insulating member 7 are joined together by using stainless steel.
    • 64. 发明专利
    • TEMPERATURE CONTROL TYPE MATERIAL IRRADIATION DEVICE
    • JPH0659091A
    • 1994-03-04
    • JP21033992
    • 1992-08-06
    • HITACHI LTD
    • YAMASHITA YOSHIHIROMADOKORO MANABU
    • G21C23/00
    • PURPOSE:To provide a temperature control type material irradiation device to maintain the radiation temperature of an irradiation sample set in a reactor core at a constant level at the time of variation of reactor core output. CONSTITUTION:This is constituted of an inner cylindrical pipe 6 furnished with a piping to let sodium flow in and out of the piping by way holding an irradiation sample 7 and an outer cylindrical pipe 4 furnished with a piping storing the inner cylindrical pipe 6 with a gas gap 5 and to let cooling gas filled in the gas gap 5 flow in and out of the piping, and the coefficient of thermal expansion of the material of the inner cylindrical pipe 6 is made larger than that of the outer cylindrical pipe 4. As temperature change of the gas gap 5 controls refrigeration and compensates temperature change of the irradiation sample 7 at the time of variation of reactor core output, it is possible to maintain the temperature of a constantly irradiated sample to a roughly constant level without any time lag.