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1. 发明申请

WO2006073464A3 SUPERCONDUCTORS WITH SUPER HIGH CRITICAL TEMPERATURES 审中-公开
标题翻译：超级电容器具有超高临界温度
公开(公告)号：WO2006073464A3
公开(公告)日：2006-11-02
申请号：PCT/US2005016949
申请日：2005-05-11
申请人： ABSCO INTERNAT INC , SUPERCONDUCTOR TECH , SCHRIEFFER JOHN ROBERT , HAMMOND ROBERT BRUCE , EDDY MICHAEL MARTIN , KIHLSTROM KENNETH E , SALKOLA MARKKU L , CORTES BALAM QUITZE ANDRES WIL
发明人： SCHRIEFFER JOHN ROBERT , HAMMOND ROBERT BRUCE , EDDY MICHAEL MARTIN , KIHLSTROM KENNETH E , SALKOLA MARKKU L , CORTES BALAM QUITZE ANDRES WIL
IPC分类号： H01L39/24
CPC分类号： H01L39/12
摘要： A new class of novel super high temperature superconductive compositions and structures (SHTC), named Schrieffer Superconductors are disclosed. These superconductive compositions and structures preferably include a combination of (1) a metal, the metal characterized in having (i) a broad conduction electron band (or bands) and (ii) a low effective mass, and (2) magnetic species, wherein the spins of the magnetic species are correlated at relatively long distances. Preferably, the spins of the magnetic species are magnetically ordered ferromagnetically over relatively long range. One preferred composition is Au?2#191Mn?2-z#191Al?z#191 where 0.1
摘要翻译：公开了一类新型超高温超导组合物和结构（SHTC），命名为Schrieffer超导体。这些超导组合物和结构优选包括（1）金属的组合，其特征在于具有（i）宽导电电子带（或带）和（ii）低有效质量的金属，和（2）磁性物质，其中磁性物种的旋转在相对较长的距离处相关。优选地，磁性物质的自旋在相对较长的范围内是铁磁性的。一种优选的组成是Au 2＃191Mn 2-z＃191Al≤z＃191，其中0.1

2. 发明专利

CA2295773A1 HIGH TEMPERATURE SUPERCONDUCTING STRUCTURES AND METHODS FOR HIGH Q, REDUCED INTERMODULATION STRUCTURES 未知
公开(公告)号：CA2295773A1
公开(公告)日：1999-01-07
申请号：CA2295773
申请日：1998-06-18
申请人： SUPERCONDUCTOR TECH
发明人： FENZI NEAL O , CARDONA ALBERT H , CORTES BALAM QUITZE ANDRES WIL , FORSE ROGER J
IPC分类号： H01P7/00 , C07C19/03 , H01F6/06 , H01F17/00 , H01P7/08 , H03H1/00 , H03H2/00 , H03H5/02 , H03H7/01 , H03H7/03 , H03H7/075
摘要： Novel structures and methods for forming useful high temperature superconducting devices, most particularly resonators, are provided. Structures resulting in reduced peak current densities relative to known structures achieve numerous desirable benefits, especially including the reduced intermodulation effects of earlier resonators. In one aspect of this invention, a spiral in, spiral out resonator is provided, characterized in that it has an odd number of long runs, at least equal to five long runs, where the long runs are connected by turns, and wherein there are at least two sequential turns of the same handedness, followed by at least two turns of the opposite handedness. In yet another aspect of this invention, it has been discovered that reducing the size of the input and output pads of HTS resonators increases the relative inductance compared to the capacitance. Yet another resonator structure is a spiral snake resonator having a terminal end disposed within the resonator. A wide in the middle structure and wide at peak current density resonator structures utilize enlarged width portions of the resonator in those areas where current density is largest. In yet another aspect of this invention, operation of resonators in high modes, above the fundamental mode, reduce peak current densities. Resonators operated in modes in which current in adjacent long runs are in the same direction further serve to reduce current densities, and intermodulation effects. Symmetric current structures and modes of operation are particularly advantageous where far field effects are compensated for.

3. 发明专利

AT265104T 未知
公开(公告)号：AT265104T
公开(公告)日：2004-05-15
申请号：AT98930371
申请日：1998-06-18
申请人： SUPERCONDUCTOR TECH
发明人： CORTES BALAM QUITZE ANDRES WIL , CARDONA ALBERT H , FENZI NEAL O , FORSE ROGER J
IPC分类号： H01P7/00 , C07C19/03 , H01F6/06 , H01F17/00 , H01P7/08 , H03H1/00 , H03H2/00 , H03H5/02 , H03H7/01 , H03H7/03 , H03H7/075
摘要： Novel structures and methods for forming useful high temperature superconducting devices, most particularly resonators, are provided. Structures resulting in reduced peak current densities relative to known structures achieve numerous desirable benefits, especially including the reduced intermodulation effects of earlier resonators. In one aspect of this invention, a spiral in, spiral out resonator is provided, characterized in that it has an odd number of long runs, at least equal to five long runs, where the long runs are connected by turns, and wherein there are at least two sequential turns of the same handedness, followed by at least two turns of the opposite handedness. In yet another aspect of this invention, it has been discovered that reducing the size of the input and output pads of HTS resonators increases the relative inductance compared to the capacitance. Yet another resonator structure is a spiral snake resonator having a terminal end disposed within the resonator. A wide in the middle structure and wide at peak current density resonator structures utilize enlarged width portions of the resonator in those areas where current density is largest. In yet another aspect of this invention, operation of resonators in high modes, above the fundamental mode, reduce peak current densities. Resonators operated in modes in which current in adjacent long runs are in the same direction further serve to reduce current densities, and intermodulation effects. Symmetric current structures and modes of operation are particularly advantageous where far field effects are compensated for.

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