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    • 4. 发明公开
    • Particle accelerator, accelerator tube and method for manufacturing same
    • Herstellungsverfahren von einem Beschleunigerrohr
    • EP0831681A1
    • 1998-03-25
    • EP96202614.2
    • 1996-09-19
    • High Voltage Engineering Europa B.V.
    • Koudijs, Reijer
    • H05H5/02
    • H05H5/02
    • The disclosure relates to a particle accelerator comprising one or more accelerating tubes and a method for manufacturing same, which accelerating tube comprises spatially separated electrodes, whereby each electrode is surrounded by a corona ring. The electrodes and corona rings are preferably formed of one and the same material and of the same plate of material. Spark gaps, passages and/or connections for a network of resistors may be formed at the same time, if desired. An element formed in this manner, to which insulators disposed between the electrodes are connected, contribute towards realising a simplified production and assembly of accelerating tubes.
    • 本发明涉及包含一种或多种加速管的颗粒加速器及其制造方法,该加速管包括空间分离的电极,由此每个电极被电晕环包围。 电极和电晕环优选地由同一材料和相同的材料板形成。 如果需要,可以同时形成电阻网络的火花隙,通道和/或连接。 以这种方式形成的元件,连接在电极之间的绝缘体连接到该元件,有助于实现加速管的简化生产和组装。
    • 6. 发明公开
    • Pulse power linac
    • 脉冲电源线
    • EP0359732A3
    • 1990-06-20
    • EP89850299.2
    • 1989-09-13
    • HARRIS BLAKE CORPORATION
    • Villa, Francesco
    • H05H9/00H05H7/02
    • H05H5/02H05H7/00H05H9/02
    • A linear accelerator (30 in Fig. 2) for charged particles is constructed of a plurality of transmission line sections (41-1, 42-1)---(41-5, 42-5) that extend between a power injection region (36) and an accelerating region (37). Each line section (41-1, 42-­1)---(41-5, 42-5) is constructed of spaced plate-like conductors and is coupled to an accelerating gap located at the accelerating region (37). Each gap is formed between a pair of apertured electrodes, with all of the electrode apertures (43) being aligned along a particle accelerating path (24). The accelerating gaps are arranged in series, and at the injection region (36) the line sections (41-1, 42-1)---(41-5, 42-5) are connected in parallel. At the injection region (36) a power pulse is applied simultaneously to all line sections (41-1, 42-1)---(41-5, 42-5). The line sections (41-1, 42-1)---­(41-5, 42-5) are graduated in length so that the pulse reaches the gaps in a coordinated sequence whereby pulse energy is applied to particles as they reach each of the gaps along the accelerating path (24).
    • 9. 发明公开
    • High-current single-ended DC accelerator
    • Hochstrom-Eintakt-Gleichstrombeschleuniger
    • EP2485571A1
    • 2012-08-08
    • EP11153703.1
    • 2011-02-08
    • High Voltage Engineering Europa B.V.
    • Mous, Dirk Jozef Willem
    • H05H5/02
    • H05H5/02
    • A single-ended DC linear accelerator for the generation of high-current, high-energy ion beams of H, D or He is disclosed. The accelerator comprises an ion source located in a high-voltage terminal for the creation of the ion beam, an analyzing magnet to purify the ion beam, an accelerating tube and DC high-voltage power supply for accelerating the ions of interest to high energies and a separate pumping tube that transports the vast majority of the neutral gas from the ion source at high-voltage towards a vacuum pump at ground potential, thereby preventing the adverse influence of increased vacuum pressure inside the accelerating tube. The invention facilitates stable acceleration of high-current beams to high energies in single-ended DC linear accelerators. The resulting high-current accelerator for H, D or He has diverse applications, including ion beam cancer therapy, cyclotron injection, silicon cleaving, ion implantation in semiconductor devices and NRA.
    • 公开了用于产生H,D或He的大电流,高能量离子束的单端直流线性加速器。 加速器包括位于用于产生离子束的高压端子中的离子源,用于净化离子束的分析磁体,用于将感兴趣的离子加速到高能量的加速管和DC高压电源,以及 单独的泵管,其将大部分来自离子源的中性气体在高压下输送到位于地电位的真空泵,从而防止加速管内的真空压力增加的不利影响。 本发明有助于将大电流束稳定加速到单端直流线性加速器中的高能量。 所得到的H,D或He的高电流加速器具有多种应用,包括离子束癌治疗,回旋加速器注射,硅裂解,半导体器件中的离子注入和NRA。