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PROCEDURE FOR PROJECTING A SUPER -CONDUCTIVENESS APPLICATION AND SUPER -CONDUCTIVE APPLICATION

机译:投影超导应用程序和超导应用程序

摘要

A method of designing a superconductivity employing apparatus includes the steps of causing a magnetism generating disk-shaped floatable portion (4) to face a disk-shaped fixed portion (2) capable of exhibiting superconductivity with a gap (G) therebetween; initializing the fixed portion (2) to reach a superconducting state at a position where the floatable portion (4) is spaced away from the fixed portion (2) to such an extent that its magnetic field does not influence the fixed portion (2); and using properly first, second, and n-th approach characteristics (S1, S2, Sn) when a difference between an n-th approach characteristic (Sn) and the second characteristic (S2) is smaller than a difference between the first and second characteristics (S1, S2), where the first approach characteristic (S1) is a characteristic of a magnetic floating force obtained by allowing the floatable portion (4) to approach the fixed portion (2), the second approach characteristic (S2) is a characteristic of a magnetic floating force obtained by allowing the floatable portion (4) to approach the fixed portion (2) after the floatable portion (4) is allowed to recede from the fixed portion (2) to such an extent that its magnetic field does not influence the fixed portion (2), and the n-th approach characteristic is a characteristic of a magnetic floating force obtained by repeatedly carrying out the operations subsequent to the operation of the second approach characteristic (S2).
机译:一种设计超导性使用装置的方法,包括以下步骤:使产生磁力的盘状可漂浮部分(4)面对能够表现出超导性的盘状固定部分(2),在其间具有间隙(G);在所述可漂浮部分(4)与所述固定部分(2)隔开一定距离的位置处初始化所述固定部分(2)以达到超导状态,以使其磁场不影响所述固定部分(2)的程度;当第n个接近特性(Sn)和第二个特性(S2)之间的差小于第一个和第二个接近特性的差时,适当使用第一,第二和第n个逼近特性(S1,S2,Sn)特性(S1,S2),其中第一接近特性(S1)是通过允许可漂浮部分(4)接近固定部分(2)而获得的磁浮力的特性,第二接近特性(S2)是允许浮动部分(4)从固定部分(2)退避到一定程度后,通过让浮动部分(4)接近固定部分(2)而获得的磁性浮动力的特性第n接近特性是不影响固定部(2)的状态,是通过在第二接近特性(S2)的运算之后反复进行运算而得到的磁浮力的特性。

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