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    • 3. 发明公开
    • Method and equipment for continuous measurement of mineral oils in water by means of spectrophotometric detector
    • 通过分光光度检测器的装置,方法和在水中的矿物油的连续测量装置
    • EP0997732A1
    • 2000-05-03
    • EP99203475.1
    • 1999-10-22
    • ENEL S.p.A.
    • Achilli, MarcoBalconi, Maria LuisaGacs, IstvanMartinotti, ValterSigon, Fabio
    • G01N33/18
    • G01N35/1097G01N33/1833G01N33/1893
    • There are described a method and an equipment for continuous measurement of mineral oils in water. The method provides for a feeding step in which a fluid to be analysed is pumped into a sampling device (2) in which the oils that are present in the fluid are separated by retention of the same inside said sampling device (2), and an elution and measurement step, in which the oils that are retained in said sampling device (2) undergo elution and they are transferred to a spectrophotometric detector (8) by means of circulation of the solvent in a closed circuit (6), comprising said sampling device (2), said spectrophotometric detector (8) and a device for the regeneration (9) of the solvent, in a sequence. The equipment for the realisation of the aforementioned method provides for commutation means (3) to alternately insert said sampling device (2) in a circuit for the feeding and draining of the fluid to be analysed and in a solvent circulation closed circuit (6) including the detector (8) and the regeneration circuit (9).
    • 中描述了用于在水中的矿物油的连续测量的方法和设备来。 该方法提供了一个供给步骤,其中待分析的流体被泵送到一个取样装置(2),在该油没有被存在于流体中由相同的在所述取样装置(2),并且在保持分离 洗脱和测量步骤,其中,所述油没有被保持在所述取样装置(2)进行洗脱,并且它们(8)通过溶剂的循环的方式在闭合回路(6)包括所述采样转移到分光光度检测器 设备(2),所述的溶剂中,在序列的分光光度检测器(8)和用于再生的装置(9)。 该设备为实现上述方法提供了用于换向装置(3),以交替地插入所述取样装置(2)在供料和流体的排出的电路进行分析和在溶剂循环闭合回路(6)包括 所述检测器(8)和再生电路(9)。
    • 5. 发明公开
    • Process for the production of multi-layer composite conductors containing high transition temperature ceramic superconductors
    • 一种含有高温陶瓷超导体多层复合导体过程
    • EP0935298A2
    • 1999-08-11
    • EP99200319.4
    • 1999-02-03
    • ENEL S.p.A.
    • Martini, Luciano
    • H01L39/24
    • H01L39/248
    • Process for the production of multi-layer composite conductor containing high transition temperature ceramic superconductor, comprising a first step in which a single electrically conductive thin metal sheet (3), is cut into the desired shape and it is then folded, through mechanical deformation, in order to form flat bellows, a second step in which the thin bellows folds (3) are filled with a superconductive ceramic powder (4), and finally a third step in which said flat bellows, containing the superconductive ceramic powder (4) inside of them, undergo a mono-axial pressing in such a way so as to bring the sides of the flat bellows one next to the other, thus enclosing within them the superconductive ceramic powder (4).
    • 用于生产含有高转变温度的陶瓷超导体,包括:在第一步骤中,单个导电薄金属片(3)被切割成所需的形状,然后将其折叠时,通过机械变形多层复合导体的过程中, 为了形成平的波纹管,一个第二步骤,其中薄的波纹管折叠(3)中填充有超导陶瓷粉末(4),最后在其中的第三步骤中,所述平坦的波纹管,(4)内包含超导陶瓷粉末 其中,经历寻求方式单轴加压,以使下一个到另一扁平波纹管之一的侧面,从而在其中封闭超导陶瓷粉末(4)。