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    • 1. 发明申请
    • Shielding Electrode for an X-Ray Generator
    • 用于X射线发生器的屏蔽电极
    • US20130259206A1
    • 2013-10-03
    • US13432948
    • 2012-03-28
    • Marc-Andre de LoozJani Reijonen
    • Marc-Andre de LoozJani Reijonen
    • H01J35/06H01J29/58H01J35/14H01J29/84
    • H01J35/14H01J35/045H01J35/16H01J2235/168
    • An x-ray generator includes a voltage source and a voltage divider network coupled thereto, a housing, and an insulator carried within the housing. An emitter cathode is carried within the housing and emits electrons and undesirable conductive particles. In addition, there is a shielding electrode carried within the housing downstream of the emitter cathode and coupled to the voltage divider network. A target is carried within the housing downstream of the at least one shielding electrode. The voltage divider is configured so that the emitter cathode and the shielding electrode have a voltage difference therebetween such that an electric field generated in the housing accelerates electrons emitted by the emitter cathode to toward the target. The shielding electrode is shaped to capture the undesirable conductive particles emitted by the emitter cathode that would otherwise strike the insulator.
    • x射线发生器包括电压源和耦合到其上的分压网络,壳体和承载在壳体内的绝缘体。 发射极阴极承载在壳体内并发射电子和不期望的导电颗粒。 另外,在发射极阴极下游的壳体内还有一个屏蔽电极并耦合到分压器网络。 靶材在至少一个屏蔽电极下游的壳体内承载。 分压器被配置为使得发射极阴极和屏蔽电极之间具有电压差,使得壳体中产生的电场加速由发射极阴极发射的电子朝向目标。 屏蔽电极被成形为捕获由发射极阴极发射的不期望的导电颗粒,否则这将导致绝缘体。
    • 2. 发明授权
    • Shielding electrode for an X-ray generator
    • 用于X射线发生器的屏蔽电极
    • US08953747B2
    • 2015-02-10
    • US13432948
    • 2012-03-28
    • Marc-Andre de LoozJani Reijonen
    • Marc-Andre de LoozJani Reijonen
    • H01J29/14H01J29/58H01J35/00H01J35/06H01J35/14
    • H01J35/14H01J35/045H01J35/16H01J2235/168
    • An x-ray generator includes a voltage source and a voltage divider network coupled thereto, a housing, and an insulator carried within the housing. An emitter cathode is carried within the housing and emits electrons and undesirable conductive particles. In addition, there is a shielding electrode carried within the housing downstream of the emitter cathode and coupled to the voltage divider network. A target is carried within the housing downstream of the at least one shielding electrode. The voltage divider is configured so that the emitter cathode and the shielding electrode have a voltage difference therebetween such that an electric field generated in the housing accelerates electrons emitted by the emitter cathode to toward the target. The shielding electrode is shaped to capture the undesirable conductive particles emitted by the emitter cathode that would otherwise strike the insulator.
    • x射线发生器包括电压源和耦合到其上的分压网络,壳体和承载在壳体内的绝缘体。 发射极阴极承载在壳体内并发射电子和不期望的导电颗粒。 另外,在发射极阴极下游的壳体内还有一个屏蔽电极并耦合到分压器网络。 靶材在至少一个屏蔽电极下游的壳体内承载。 分压器被配置为使得发射极阴极和屏蔽电极之间具有电压差,使得壳体中产生的电场加速由发射极阴极发射的电子朝向目标。 屏蔽电极被成形为捕获由发射极阴极发射的不期望的导电颗粒,否则这将导致绝缘体。