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    • 102. 发明授权
    • Compact resistor assembly
    • 紧凑型电阻器组件
    • US4568908A
    • 1986-02-04
    • US686170
    • 1984-12-24
    • Evangelos T. LaskarisDonald W. Jones
    • Evangelos T. LaskarisDonald W. Jones
    • H01C3/10H01C1/084H01C3/02H01C3/12H02H7/00H01C7/22
    • H01C1/084H01C3/02H01C3/12H02H7/001Y02E40/68Y10S505/85
    • The resistor assembly includes a plurality of resistor sections each in the form of resistive plates in which slots have been cut to provide a continuous resistive element of low inductance. The resistor sections are stacked together with thin insulating sheets separating adjacent resistor sections. The resistor sections are serially interconnected. Taps are provided on selected resistor sections to form a plurality of serially connected resistors in which each resistor is electrically isolated from an adjacent resistor but closely thermally coupled thereto. The resistive plates are bound together by discrete bands of an insulating material such as glass cloth tape. Epoxy impregnation allows the resistor assembly when connected in shunt with series connected superconductive coils to be immersed in the liquid helium of a magnet cryostat without causing excessive pressure rise during a quench event.
    • 电阻器组件包括多个电阻板,其中电阻板的形式在其中已经切割槽以提供低电感的连续电阻元件。 电阻部分与隔离相邻电阻器部分的薄绝缘片堆叠在一起。 电阻器部分串联连接。 在所选择的电阻器部分上提供抽头以形成多个串联的电阻器,其中每个电阻器与相邻的电阻器电隔离,但与其紧密地热耦合。 电阻板通过诸如玻璃布带之类的绝缘材料的离散带粘合在一起。 环氧浸渍允许电阻器组件在与串联连接的超导线圈分流时连接到浸没在磁体低温恒温器的液氦中,而不会在骤冷事件期间引起过大的压力上升。
    • 103. 发明授权
    • Superconducting magnet having a support structure for ring-shaped
superconductive coils
    • 具有用于环形超导线圈的支撑结构的超导磁体
    • US4467303A
    • 1984-08-21
    • US472706
    • 1983-03-07
    • Evangelos T. Laskaris
    • Evangelos T. Laskaris
    • A61B10/00A61B5/055G01R33/381G01R33/3815H01F6/00H01F6/06H01L39/04H01F7/22
    • G01R33/3815Y10S505/879Y10S505/883
    • A superconducting magnet includes a coil support structure comprising a body formed of a generally-cylindrical wall. The body includes at least a pair of surfaces facing inwardly of said body, each being of generally-cylindrical shape and each being adapted to abut the radially-outer surface of a respective one of a pair of ring-shaped, superconductive coils. The support structure comprises a material such as aluminum which is adapted to shrink around the coils as the body and coils are cooled to a cryogenic temperature, so as to provide interference fits between the body and the coils. To prevent movement of the coils towards each other due to magnetic attraction forces therebetween, the body includes a pair of shoulders extending inwardly from respective adjacent edges of the pair of inwardly-facing surfaces. The shoulders are adapted to abut confronting surfaces of the pair of coils to prevent the coils from moving towards each other.
    • 超导磁体包括线圈支撑结构,该线圈支撑结构包括由大致圆柱形壁形成的主体。 主体包括面向所述主体内部的至少一对表面,每一个表面均为大致圆柱形形状,并且每个表面适于邻接一对环形超导线圈中的相应一个的径向外表面。 支撑结构包括诸如铝的材料,其适于在主体和线圈被冷却至低温温度时围绕线圈收缩,以便在主体和线圈之间提供干涉配合。 为了防止由于它们之间的磁吸引力使线圈彼此移动,主体包括从一对向内表面的相应相邻边缘向内延伸的一对肩部。 肩部适于邻接该对线圈的相对表面,以防止线圈彼此移动。
    • 104. 发明授权
    • Support method and structure for epoxy impregnated saddle-shaped
superconducting windings
    • 环氧树脂浸渍鞍形超导绕组的支撑方法和结构
    • US4385248A
    • 1983-05-24
    • US217329
    • 1980-12-17
    • Evangelos T. Laskaris
    • Evangelos T. Laskaris
    • H02K3/46H02K55/00H02K9/00
    • H02K55/00H02K3/46Y02E40/62Y10T29/49009Y10T29/49012
    • A method and structure for restricting relative sliding motion at the interfaces between a superconducting winding and a supporting structure for the winding. An interface lining material having a low shear modulus of elasticity so as to accommodate large shear displacements with low shear stresses is used as opposed to the use of sliding frictional contact between the contacting surfaces of the electrical winding and the supporting structure. The invention is completed by subjecting the lined interfaced surfaces to large compressional pressure forces so that frictional forces between the interface material and the opposing superconducting winding and supporting structure surfaces, even at low coefficients of friction, are considerably higher than the internal shear forces of the interfacing lining material. The superconducting winding is comprised of a plurality of conductors of superconducting material bunched together in close thermal contact with each other and secured in a solid winding bundle by epoxy resin. The interface lining material preferably is wrapped completely around and surrounds the superconducting winding.
    • 用于限制绕组的超导绕组和支撑结构之间的界面处的相对滑动运动的方法和结构。 与使用电绕组和支撑结构的接触表面之间的滑动摩擦接触相反,使用具有低剪切弹性模量以适应具有低剪切应力的大剪切位移的界面衬里材料。 本发明通过使衬里的接合表面经受大的压缩压力来完成,使得界面材料和相对的超导绕组和支撑结构表面之间的摩擦力即使在低摩擦系数下也显着高于 接口衬里材料。 超导绕组由多根超导材料的导体组成,彼此紧密地热接触并以环氧树脂固定在实心的绕组束中。 界面衬里材料优选地完全包裹并围绕超导绕组。