会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • STANDING-WAVE ELECTRON LINEAR ACCELERATOR
    • 驻波电子线性加速器
    • WO2004033613A2
    • 2004-04-22
    • PCT/US2003/032447
    • 2003-10-14
    • SCANTECH HOLDINGS, LLCPIROZHENKO, Vitaly, M.BOWSER, Gary, F.BELUGIN, Vladimir, M.ROZANOV, Nikolay, E.
    • PIROZHENKO, Vitaly, M.BOWSER, Gary, F.BELUGIN, Vladimir, M.ROZANOV, Nikolay, E.
    • C12M
    • H05H9/04
    • A particle accelerator system, including apparatuses and methods, for producing a beam of bunched charged particles at high intensities and with minimal energy dispersion comprises a bunching section having a plurality of bunching cavities, an accelerating section having a plurality of accelerating and coupling cavities, and an electromagnetic drive subsystem having a single radio-frequency (RF) generator coupled to the accelerating section at a single location. The accelerating and bunching sections are directly coupled and share a common wall, which may have a resonant coupling cavity therein, such that charged particles bunch in the bunching section and travel through the common wall into the accelerating section where they are accelerated and exit the particle accelerator system as a beam of bunched charged particles. Preferably, a phase shift of one hundred-eighty degrees (180°) (or it radians) is created between the electric fields of successive bunching cavities in the bunching section.
    • 包括装置和方法的粒子加速器系统用于以高强度和最小能量色散来产生聚束带电粒子束,所述粒子加速器系统包括具有多个聚束腔的聚束部分,具有 多个加速和耦合腔,以及电磁驱动子系统,所述电磁驱动子系统具有在单个位置耦合到所述加速部分的单个射频(RF)发生器。 加速和聚束部分直接耦合并且共享共同的壁,共同的壁可以在其中具有共振耦合腔,使得带电粒子在聚束部分中聚束并且穿过共同壁进入加速部分,在那里它们被加速并离开粒子 加速器系统作为一束束带电粒子。 优选地,在聚束部分中的连续聚束腔的电场之间产生一百八十度(180°)(或其弧度)的相移。
    • 2. 发明申请
    • STANDING-WAVE ELECTRON LINEAR ACCELERATOR
    • 标准波电子线性加速器
    • WO2004033613A3
    • 2004-07-08
    • PCT/US0332447
    • 2003-10-14
    • SCANTECH HOLDINGS LLCPIROZHENKO VITALY MBOWSER GARY FBELUGIN VLADIMIR MROZANOV NIKOLAY E
    • PIROZHENKO VITALY MBOWSER GARY FBELUGIN VLADIMIR MROZANOV NIKOLAY E
    • C12M20060101H05H9/00H05H9/04
    • H05H9/04
    • A particle accelerator system, including apparatuses and methods, for producing a beam of bunched charged particles at high intensities and with minimal energy dispersion comprises a bunching section having a plurality of bunching cavities, an accelerating section having a plurality of accelerating and coupling cavities, and an electromagnetic drive subsystem having a single radio-frequency (RF) generator coupled to the accelerating section at a single location. The accelerating and bunching sections are directly coupled and share a common wall, which may have a resonant coupling cavity therein, such that charged particles bunch in the bunching section and travel through the common wall into the accelerating section where they are accelerated and exit the particle accelerator system as a beam of bunched charged particles. Preferably, a phase shift of one hundred-eighty degrees (180 DEG ) (or it radians) is created between the electric fields of successive bunching cavities in the bunching section.
    • 用于以高强度和最小能量分散生产聚束带电粒子束的粒子加速器系统包括具有多个聚束腔的聚束部分,具有多个加速和耦合空腔的加速部分,以及 具有在单个位置处耦合到加速部分的单个射频(RF)发生器的电磁驱动子系统。 加速和聚束部分被直接耦合并且共享共同的壁,其可以在其中具有谐振耦合空腔,使得带电粒子束在聚束部分中并且穿过共用壁进入加速部分,在那里它们被加速并离开颗粒 加速器系统作为聚束带电粒子束。 优选地,在聚束部分中连续的聚束空腔的电场之间产生了一百八十度(180度)(或其弧度)的相移。