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    • 7. 发明授权
    • X-ray generator
    • X光发生器
    • US5995586A
    • 1999-11-30
    • US41814
    • 1998-03-12
    • Andreas Jahnke
    • Andreas Jahnke
    • G21K5/04H01J35/00H05G2/00H01J35/30
    • H01J35/00H05G2/00
    • An x-ray generator has a beam guidance system including an air coil and a toroidal solenoid coil, a ring anode surrounding the patient to be examined and arranged axially offset relative to the beam guidance, and individually driveable electron-optical components couple the electrons, which orbit on a circular specified path in the magnetic dipole field of the air coil, out of that path, deflect them in the axial direction, and focus them onto a segment of the ring anode allocated to the respectively activated out-coupling element.
    • X射线发生器具有射束引导系统,其包括空气线圈和环形螺线管线圈,围绕要检查的患者的环形阳极和相对于束引导轴向偏移地布置,以及单独驱动的电子 - 光学部件耦合电子, 其在空气线圈的磁偶极子场中的圆形指定路径上轨道,在该路径之外,在轴向方向上偏转它们,并将它们聚焦到分配给分别被激活的外耦合元件的环形阳极的段上。
    • 9. 发明授权
    • Method and apparatus for producing x-rays
    • 用于生产X射线的方法和装置
    • US5504796A
    • 1996-04-02
    • US347656
    • 1994-11-30
    • Enio F. Da SilveiraKevin B. RayEmile A. SchweikertMelvin A. ParkWilliam D. James
    • Enio F. Da SilveiraKevin B. RayEmile A. SchweikertMelvin A. ParkWilliam D. James
    • H01J35/00H01J35/14
    • H01J35/00
    • A portable x-ray tube 68 for producing x-rays, the tube 68 having an energy source 74 which directs energetic particles or photons at an electron multiplier 80 coupled to the energy source 74. A voltage source 84 applies a multiplier voltage across the electron multiplier 80. When triggered by the energy source 74, the electron multiplier 80 creates a multitude of electrons 28 directed towards a target anode 90 that receives the electrons and produces x-rays 30. The target anode 90 is coupled at a voltage difference of at least 3 kV relative to the electron multiplier 80 so as to define an electron acceleration region 32 between the electron multiplier 80 and the target anode 90. The target anode 90 contains an element having an atomic number greater than 11. A low pressure enclosure 70 contains the electron multiplier 80 and the target anode 90. The low pressure enclosure 70 includes a window 92 for allowing the x-rays 30 to pass through substantially unchanged.
    • 用于产生x射线的便携式x射线管68,管68具有能量源74,能量源74将能量粒子或光子引导到耦合到能量源74的电子倍增器80.电压源84在电子两端施加乘法器电压 当由能量源74触发时,电子倍增器80产生指向接收电子并产生x射线30的目标阳极90的多个电子28.目标阳极90以一个电压差 相对于电子倍增器80至少3kV,以便在电子倍增器80和目标阳极90之间限定电子加速区32.目标阳极90包含原子序数大于11的元素。低压外壳70包含 电子倍增器80和目标阳极90.低压外壳70包括用于允许X射线30基本上不变通过的窗口92。
    • 10. 发明授权
    • Portable X-ray source and method for radiography
    • 便携式X射线源和射线照相方法
    • US5355399A
    • 1994-10-11
    • US935528
    • 1992-08-25
    • Konstantin S. GolovanivskyValeri D. Dugar-Zhabon
    • Konstantin S. GolovanivskyValeri D. Dugar-Zhabon
    • H01J35/00H01J35/14H05G2/00
    • H05G2/001A23L3/01A23L3/263A61L2/082C02F1/307H01J35/00H01J35/14A61L2202/24C02F2303/04
    • A small, low cost, low power, and portable x-ray source that produces an x-ray flux that is sufficient to produce high quality x-ray images on suitable x-ray sensitive films. The source includes a vacuumated chamber that is filled with a heavy atomic weight gas at low pressure and an x-ray emitter. The chamber is in a magnetic field and an oscillating electric field and generates an Electron Cyclotron Resonance (ECR) plasma having a ring of energetic electrons inside the chamber. The electrons bombard the x-ray emitter which in turn produces x-ray radiation in a given direction. A pair of magnetic members generate an axisymmetric magnetic mirror trap inside the chamber. The chamber may be nested within a microwave resonant cavity and between the magnets, or the chamber and microwave cavity may be a single composite structure. The source is useful to make x-ray photographs virtually anywhere and may be battery powered.
    • 一种小型,低成本,低功耗和便携式x射线源,其产生足以在合适的x射线敏感膜上产生高质量x射线图像的x射线通量。 该源包括在低压下填充重原子量气体的抽真空室和x射线发射器。 腔室处于磁场和振荡电场,并产生在室内具有高能电子环的电子回旋加速器共振(ECR)等离子体。 电子轰击了x射线发射器,它又在给定的方向产生X射线辐射。 一对磁性构件在室内产生轴对称磁反射器阱。 腔室可以嵌套在微波谐振腔内和磁体之间,或者室和微波腔可以是单个复合结构。 来源对于在任何地方进行x射线照片都是有用的,可能是电池供电的。