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Decrease of effective susceptibility of the superconducting material inside the nuclear magnetic resonance (NMR) probe

机译:降低核磁共振(NMR)探头内部超导材料的有效磁化率

摘要

(57) Abstract Approaching to the sample field inside the nuclear magnetic resonance device probe by giving attenuation AC change inside the parallel magnetic field to the aforementioned superconducting material, in order that it makes the effective susceptibility of the hot superconducting material decrease which is used, hisuteriteitsuku of the type II superconductive conductor it can give manner and the device which utilize behavior. As for the said manner, loss of the resolution which it occurs from road widening of the belt which is pulled up by the discontinuity of susceptibility of the material near the sample field of the probe it is not with as for those it is especially application possible in the receiver coil which decreases the effective susceptibility of the superconducting receiver coil which makes the sensitivity where the place where it is implemented to characteristic is improved possible.
机译:(57)<摘要>通过使上述超导材料在平行磁场内的衰减交流变化,从而使热超导材料的有效磁化率降低,从而接近核磁共振装置探头内部的样品场。使用时,Ⅱ型超导体的hisuteriteitsuku可以给出方式和利用性能的装置。按照上述方式,由于在探头的样品场附近的材料的不敏感性的不连续性而拉起的带的道路变宽而引起的分辨率的损失尤其是可以应用的。在接收器线圈中,这降低了超导接收器线圈的有效磁化率,这使得可以改善实施特性的地方的灵敏度。

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