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    • 2. 发明授权
    • Ion source
    • 离子源
    • US06218672B1
    • 2001-04-17
    • US09163635
    • 1998-09-30
    • Roger Casanova Alig
    • Roger Casanova Alig
    • H01J2700
    • H01J49/04
    • An ion source including an electron generating chamber and an ionization chamber adjacent the electron generating chamber and having an opening therebetween. The ionization chamber has a gas inlet opening and the electron generating chamber has a outlet. The gas inlet opening, the outlet and the opening between the two chambers are all on a common axis. The electron generating chamber has therein a cathode filament which extends completely around the axis and generates electrons, electrodes for directing the electrons transversely toward the axis and a deflection electrode for deflecting the electron flow along the axis and into the ionization chamber. An accelerator plate is adjacent the outlet and is adapted to attract ions generated in the ionization chamber along the axis and through the outlet.
    • 一种离子源,包括邻近电子发生室的电子发生室和电离室,并且在它们之间具有开口。 电离室具有气体入口,电子发生室具有出口。 气体入口,出口和两个室之间的开口都在共同的轴上。 电子发生室具有阴极细丝,该阴极细丝完全绕轴线延伸并产生电子,用于将电子横向于轴线引导的电极和用于使电子流沿轴线偏转并进入电离室的偏转电极。 加速板邻近出口并且适于沿着轴线并通过出口吸引在电离室中产生的离子。
    • 5. 发明授权
    • Dual beam projection tube and electron lens therefor
    • 双光束投影管及其电子透镜
    • US06369512B1
    • 2002-04-09
    • US09411110
    • 1999-10-04
    • Roger Casanova AligDennis John Bechis
    • Roger Casanova AligDennis John Bechis
    • H01J2946
    • H01J29/50
    • A projection tube has a phosphor-coated faceplate at one end of a vacuum envelope and a plural-beam providing electron lens structure at the opposite end thereof. The electron lens structure includes four electrodes having axially-aligned apertures defining parallel channels for the plural electron beams to pass through to be focused and converged onto a small spot on the faceplate. The first and second electrodes of the electron lens structure shape the electron beams and the third and fourth electrodes thereof converge and focus the electron beams toward the same location on the faceplate. The potential applied to the fourth electrode is at or close to the potential at the phosphor, and is substantially higher than the potential applied to the third electrode. The lens structures of the third and fourth electrodes may each include an inner electron lens structure and an outer electron lens structure. The lens structure of the invention provides a projection tube having greater brightness and/or smaller spot size than is conventionally available.
    • 投影管在真空外壳的一端具有荧光体涂覆面板,在其另一端具有多光束提供电子透镜结构。 电子透镜结构包括四个电极,其具有定义用于多个电子束通过以聚焦并会聚到面板上的小点上的平行通道的轴向对准的孔。 电子透镜结构的第一和第二电极形成电子束,并且其第三和第四电极会将电子束朝向面板上相同的位置聚焦和聚焦。 施加到第四电极的电位处于或接近荧光体处的电位,并且显着高于施加到第三电极的电位。 第三和第四电极的透镜结构可以各自包括内部电子透镜结构和外部电子透镜结构。 本发明的透镜结构提供了一种具有比常规可用的更大亮度和/或更小斑点尺寸的投影管。