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    • 3. 发明公开
    • Spectrometer calibration system and method
    • Spektrometer-Kalibrationssystem und -verfahren
    • EP2530621A2
    • 2012-12-05
    • EP12170325.0
    • 2012-05-31
    • Canberra Industries, Inc.
    • Russ, William
    • G06K9/00
    • G06K9/00543G01T7/005
    • A spectrometer calibration system and method that permits a database of spectral peak shapes to be applied as basis template functions to characterize a radiation detector is disclosed. The disclosed system/method interpolates stored arrays representing a series of spectral peak shapes at a range of specified energies to enable formation of a calibration peak shape template at any desired spectral energy level. These basis functions may be generated from analytical functions and/or empirically measured spectral data and produce output shape calibration templates that are independent of the generation method for the basis templates. The disclosed system/method acts as an abstraction layer between the method of peak shape determination and the use of the peak shape basis functions in any subsequent spectroscopic analysis, permitting rapid and inexpensive spectrometer calibration updates without the need for any embedded spectrometer software modifications.
    • 公开了一种光谱仪校准系统和方法,其允许将光谱峰形数据库作为基准模板函数来应用于表征辐射探测器。 所公开的系统/方法在指定能量的范围内插存储表示一系列光谱峰形状的阵列,以使得能够以任何期望的光谱能级形成校准峰形模板。 这些基础函数可以从分析函数和/或经验测量的光谱数据生成,并产生独立于基础模板的生成方法的输出形状校准模板。 所公开的系统/方法充当峰形形状确定方法和任何后续光谱分析中峰形形状基函数的使用之间的抽象层,允许快速且便宜的光谱仪校准更新,而不需要任何嵌入式光谱仪软件修改。
    • 4. 发明公开
    • Intelligent Sensor Platform
    • 智能传感器平台
    • EP2246711A2
    • 2010-11-03
    • EP09169667.4
    • 2009-09-07
    • Canberra Industries, Inc.
    • Morichi, MassimoKeters, MarijkeBronson, FrazierZakrzewski, Robert AEvrard, OlivierRuss, William
    • G01T1/20
    • G01T1/2018G01T1/362
    • A radiation detection apparatus that utilizes a radiation sensor device that includes a scintillator device that is optically coupled to a plurality of silicon drift detector devices. Each silicon drift detector device segment includes an output anode that supplies the segment output to dedicated sensor processing circuitry. With each anode having dedicated processing circuitry, each output can be processed simultaneously. Also provided is a spectroscopic analysis device that is coupled with the sensor processing circuitry for computing spectral data associated with the radiation detection event. The spectroscopic analysis device accurately characterizes the detected radionuclide and prepares the results for display before the user. Networking capabilities also allow multiples of such apparatuses to communicate in an intelligent grid, providing even greater radionuclide characterization capabilities.
    • 一种辐射检测装置,其利用包括光学耦合到多个硅漂移检测器装置的闪烁体装置的辐射传感器装置。 每个硅漂移检测器器件段包括将段输出提供给专用传感器处理电路的输出阳极。 在每个阳极具有专用处理电路的情况下,可以同时处理每个输出。 还提供了一种与用于计算与辐射检测事件相关联的光谱数据的传感器处理电路耦合的光谱分析装置。 光谱分析装置准确地表征检测到的放射性核素,并准备在用户之前进行显示的结果。 网络功能还允许这种设备的倍数在智能电网中通信,提供更大的放射性核素表征能力。