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    • 83. 发明公开
    • METHOD OF INTRODUCING CHARGED PARTICLES INTO MAGNETIC RESONANCE TYPE ACCELERATOR AND MAGNETIC RESONANCE TYPE ACCELERATOR BASED ON SAID METHOD
    • 程序用于带电粒子的磁共振加速器和方法介绍基于所谓的磁共振加速器。
    • EP0239646A1
    • 1987-10-07
    • EP86905435.3
    • 1986-09-22
    • SUMITOMO HEAVY INDUSTRIES, LTD
    • TAKAYAMA, TakeshiöSumitomo H. Ind., Ltd.
    • H05H13/00
    • H05H13/00H05H7/08
    • When introducing charged particles into a central equilibrium orbit formed inside a magnetic resonance type accelerator, a resonance orbit having a betatron frequency of 1/2 in a horizontal direction with respect to the charged particles is formed, and this resonance orbit is changed with the time. Thus the charged particles having a high energy can be readily introduced into the central equilibrium orbit and the size of the magnetic resonance type accelerator can be reduced. To form the resonance orbit having a betatron frequency of 1/2 in a horizontal direction described above, a first electro- magnet provides a nonlinear magnetic field having an 8-pole magnetic field as an auxiliarly convergence component on the central equilibrium orbit plane. To change the resonance orbit with time, a second electromagnet provides a magnetic field consisting of a 4 pole magnetic field as its principal component, and this magnetic field may be changed with the time. Alternatively, it is possible to provide a main magnetic field on the central equilibrium orbit plane by using the first electromagnet and the nonlinear magnetic field consisting of an 8-pole magnetic field as the principal convergence component on the central equilibrium orbit plane in order to form the resonance orbit whose betatron frequency in a horizontal direction is 1/2, and then to change this 8-pole magnetic field with time in order to change the resonance orbit with time.
    • 计划电磁铁提供具有8极磁场作为在中央平衡轨道辅助收敛成分的非线性磁场。 随时间改变谐振轨道,第二电磁铁提供一个磁场由4极磁场作为其主要成分的,并且该磁场可以与时间而改变。 可替代地,可以通过使用第一电磁体和非线性磁场由...组成规划中的8极磁场作为在中央平衡轨道的主要会聚部件,以便形成以提供在中心平衡轨道面的主磁场 共振轨道谁的电子感应加速器频率在水平方向上为2.1,然后,以便随时间改变谐振轨道随时间改变这8极磁场。
    • 85. 发明授权
    • 동위 원소 생성 시스템 및 사이클로트론
    • 同位素生产系统和CYCLOTRON
    • KR101686690B1
    • 2016-12-14
    • KR1020117026268
    • 2010-03-22
    • 제너럴 일렉트릭 캄파니
    • 놀링요나스에릭슨토마스
    • H05H13/00
    • H05H13/00
    • 가속챔버를둘러싸는요크본체를갖는자석요크를포함하는사이클로트론이개시된다. 사이클로트론은대전입자를소망경로를따라인도하도록자기장을생성하는자석조립체를또한포함한다. 상기자석조립체는가속챔버내에위치한다. 상기자기장은상기가속챔버를통해상기자석요크내에서전파되며, 상기자기장의일부분은표유자계로서자석요크외부로탈출한다. 사이클로트론은상기요크본체에직접연결되는진공펌프를또한포함한다. 상기진공펌프는상기가속챔버내로진공을유입시키도록구성된다. 상기자석요크는, 진공펌프가 75 가우스초과의자기장을받지않도록치수설정된다.
    • 一种回旋加速器,其包括具有围绕加速室的轭体的磁轭。 回旋加速器还包括磁体组件以产生磁场以沿所需路径引导带电粒子。 磁体组件位于加速室中。 磁场通过加速室和磁轭传播,其中一部分磁场作为杂散磁场从磁轭的外部逸出。 回旋加速器还包括耦合到轭体的真空泵。 真空泵构造成将真空引入加速室。 磁轭的尺寸使得真空泵不会经历超过75高斯的磁场。
    • 88. 发明公开
    • 방사성 화합물 합성모듈
    • 放射性化合物合成模块,放射性化合物合成系统和使用其的放射性化合物合成方法
    • KR1020120127329A
    • 2012-11-21
    • KR1020120050708
    • 2012-05-14
    • 성균관대학교산학협력단
    • 채종서
    • G21G4/08G01T1/161
    • G21G1/0005A61K51/12G21G4/08H05H13/00
    • PURPOSE: A radioactive compound synthesis module, radioactive compound synthesis system, and radioactive compound synthesis method using the same are provided to improve productivity by reducing time for radiating proton beams. CONSTITUTION: A FDG composite module(200) generates a FDG(fluid distribution grid) through several steps of chemical reactions. The FDG composite module comprises a main body and one or more valves. The main body includes a fluid path which is a transfer channel for a necessary material for radioactive compound synthesis. The valve is installed at the main body in order to close or open the fluid path. A radioactive compound synthesis module is discarded after the radioactive compound is synthesized one time. The fluid path includes a first fluid path which moves a first fluid and a first filter which filters a radioactive isotope. [Reference numerals] (AA) Wireless communication network
    • 目的:提供放射性化合物合成模块,放射性化合物合成系统和使用其的放射性化合物合成方法,以通过减少辐射质子束的时间来提高生产率。 构成:FDG复合模块(200)通过化学反应的几个步骤生成FDG(流体分配网格)。 FDG复合模块包括主体和一个或多个阀。 主体包括作为用于放射性化合物合成的必需材料的转移通道的流体路径。 阀门安装在主体上以关闭或打开流体通道。 在放射性化合物合成一次后放弃放射性化合物合成模块。 流体路径包括移动第一流体的第一流体路径和过滤放射性同位素的第一过滤器。 (附图标记)(AA)无线通信网络