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    • 4. 发明申请
    • DUAL ENERGY IMAGING SYSTEM
    • 双能量成像系统
    • US20140198899A1
    • 2014-07-17
    • US13739871
    • 2013-01-11
    • Vitaliy ZiskinBoris Oreper
    • Vitaliy ZiskinBoris Oreper
    • G01N23/04
    • G01N23/04G01T1/2985G01V5/0041G01V5/005
    • An inspection system that makes dual energy measurements with a detector array that has selective placement of filter elements adjacent a subset of detectors in the array to provide at least two subsets of detector elements sensitive to X-rays of different energies. Dual energy measurements may be made on objects of interest within an item under inspection by forming a volumetric image using measurements from detectors in a first of the subsets and synthetic readings computed from measurements made with detectors in the array, including those that are filtered. The volumetric image may be used to identify the objects of interest to and source points that, for each object of interest, provide a low interference path to one of the detectors in the second of the subsets. Measurements made with radiation emanating from those source points are used for dual energy analysis of the objects of interest.
    • 一种检测系统,其利用检测器阵列进行双能量测量,所述检测器阵列具有与阵列中的检测器子集相邻的滤波器元件的选择性放置,以提供对不同能量的X射线敏感的检测器元件的至少两个子集。 可以通过使用来自第一子集中的检测器的测量形成体积图像,并且通过阵列中的检测器(包括被过滤的检测器)进行的测量计算的合成读数来形成体积图像,来对被检查物品内的感兴趣对象进行双能量测量。 体积图像可以用于识别感兴趣的对象和源点,对于每个感兴趣对象,在第二个子集中的一个检测器提供低干扰路径。 使用从这些源点发出的辐射进行的测量用于感兴趣对象的双能量分析。
    • 9. 发明授权
    • Distinguishing between classes of fissionable material
    • 区分可裂变材料的类别
    • US08345812B2
    • 2013-01-01
    • US12426172
    • 2009-04-17
    • David PerticoneVitaliy Ziskin
    • David PerticoneVitaliy Ziskin
    • G21G1/08
    • H05H3/06G01V5/0091H05H6/00
    • A first pulsed beam of charged particles from a particle accelerator is accelerated toward a first target that is configured to emit a fast neutron beam in response to being struck by an accelerated particle such that the fast neutron beam is directed toward a physical region. The last neutron beam includes a neutron having an energy sufficient to cause fission in a fissionable material. Data from a sensor configured to detect radiation of a fission product is accessed, and before accelerating a second pulsed beam of charged particles, whether the physical region includes a fissionable material based on the data from the sensor is determined.
    • 来自粒子加速器的带电粒子的第一脉冲束被加速朝向被配置为响应于被加速粒子撞击而发射快中子束的第一目标而被加速,使得快中子束被引向物理区域。 快中子束包括具有足以在可裂变材料中分裂的能量的中子。 访问配置成检测裂变产物的辐射的传感器的数据,并且在加速带电粒子的第二脉冲束之前,确定基于来自传感器的数据的物理区域是否包括可裂变材料。