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    • 11. 发明授权
    • Superconductor and process of manufacture
    • 超导体和制造工艺
    • US5230748A
    • 1993-07-27
    • US733087
    • 1991-07-19
    • James Wong
    • James Wong
    • C22F1/00B21C23/22B21C37/04C22F1/18H01B12/10H01B13/00H01J7/18H01L39/00H01L39/24
    • B21C23/22B21C33/002B21C33/004B21C37/042B21C37/045C22F1/18C22F1/183C22F1/186H01J7/183H01L39/2406H01L39/2409Y10S505/918Y10S505/921Y10T29/49014
    • A Type II superconducting alloy which is superconducting at a predetermined high magnetic field is prepared by creating a composite having a periodic arrangement of at least two transition metals so as to provide numerous interfaces between the different transition metals including niobium, titanium, zirconium, vanadium, hafnium, and tantalum, and alloys thereof. The combination of transition metals is such that one of the metals will serve as a second phase when the layers are subjected to temperatures which would produce a two-phase equilibrium state from a solid solution alloy of the transition metals. The composite is mechanically reduced and heated to cause interdiffusion of the transition metals to form ductile superconducting alloy zones at the interfaces of the transition metals. Sufficient heat treatment is provided in the region where two phases exist in the phase diagram to form two phases, one phase being the desired superconducting Type II alloy and the other phase being the non-superconducting normal metal or alloy. The temperature of heat treatment is limited to the two-phase region. Thereafter, the composite is mechanically reduced so that the two zones are each less than about 1000 nm in thickness.
    • 通过产生具有至少两种过渡金属的周期排列的复合材料来制备在预定的高磁场下超导的II型超导合金,以便在不同的过渡金属之间提供许多界面,所述过渡金属包括铌,钛,锆,钒, 铪和钽,及其合金。 过渡金属的组合使得当这些层受到来自过渡金属的固溶体合金的两相平衡状态的温度时,金属之一将用作第二相。 复合材料被机械地还原和加热以引起过渡金属的相互扩散,以在过渡金属的界面处形成延性超导合金区。 在相图中存在两相的区域中提供足够的热处理以形成两相,一相为期望的超导II型合金,另一相为非超导正常金属或合金。 热处理的温度限于两相区域。 此后,复合材料被机械地还原,使得两个区域的厚度均小于约1000nm。
    • 14. 发明授权
    • Locator for locating a current carrying conductor
    • 用于定位载流导体的定位器
    • US08952677B2
    • 2015-02-10
    • US13289952
    • 2011-11-04
    • Richard David PearsonJeffrey Richard ThompsonDerek James Wong
    • Richard David PearsonJeffrey Richard ThompsonDerek James Wong
    • G01R19/00G01V3/08
    • G01V3/088
    • A locator for locating a concealed conductor carrying an alternating current having at least first and second frequencies, the alternating current produced by at least one dedicated signal generator. The locator includes at least one magnetic field sensor operable to convert electromagnetic radiation from the conductor into a field strength signal; a digital analog converter configured to generate a digitized signal dependent upon the field strength signals from the magnetic field sensor; a digital signal processor configured to isolate components of the digitized signal resulting from the first frequency and the second frequency; and process the isolated components to generate one or more signals indicative of the proximity of the conductor to the detector; and an output configured to generate an audio and/or visual indication of the proximity of the conductor, wherein the isolated signal components resulting from the first frequency signal and the second frequency signal are contemporaneously processed.
    • 用于定位承载具有至少第一和第二频率的交流电的隐藏导体的定位器,由至少一个专用信号发生器产生的交流电。 定位器包括至少一个磁场传感器,其可操作以将来自导体的电磁辐射转换成场强信号; 配置成根据来自磁场传感器的场强信号产生数字化信号的数字模拟转换器; 数字信号处理器,被配置为隔离由第一频率和第二频率产生的数字化信号的分量; 并处理隔离的部件以产生一个或多个指示导体与检测器的接近度的信号; 以及被配置为产生所述导体的接近性的音频和/或视觉指示的输出,其中由所述第一频率信号和所述第二频率信号产生的隔离信号分量同时被处理。
    • 15. 发明申请
    • Locator for Locating a Current Carrying Conductor
    • 定位目前的导体定位器
    • US20130113456A1
    • 2013-05-09
    • US13289952
    • 2011-11-04
    • Richard David PearsonJeffrey Richard ThompsonDerek James Wong
    • Richard David PearsonJeffrey Richard ThompsonDerek James Wong
    • G01R19/00
    • G01V3/088
    • A locator for locating a concealed conductor carrying an alternating current having at least first and second frequencies, the alternating current produced by at least one dedicated signal generator. The locator includes at least one magnetic field sensor operable to convert electromagnetic radiation from the conductor into a field strength signal; a digital analogue converter configured to generate a digitized signal dependent upon the field strength signals from the magnetic field sensor; a digital signal processor configured to isolate components of the digitized signal resulting from the first frequency and the second frequency; and process the isolated components to generate one or more signals indicative of the proximity of the conductor to the detector; and an output configured to generate an audio and/or visual indication of the proximity of the conductor, wherein the isolated signal components resulting from the first frequency signal and the second frequency signal are contemporaneously processed.
    • 用于定位承载具有至少第一和第二频率的交流电的隐藏导体的定位器,由至少一个专用信号发生器产生的交流电。 定位器包括至少一个磁场传感器,其可操作以将来自导体的电磁辐射转换成场强信号; 配置为根据来自磁场传感器的场强信号产生数字化信号的数字模拟转换器; 数字信号处理器,被配置为隔离由第一频率和第二频率产生的数字化信号的分量; 并处理隔离的部件以产生一个或多个指示导体与检测器的接近度的信号; 以及被配置为产生所述导体的接近性的音频和/或视觉指示的输出,其中由所述第一频率信号和所述第二频率信号产生的隔离信号分量同时被处理。