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    • 12. 发明授权
    • Refusable personal monitoring device
    • 可重复使用的个人监控设备
    • US06642650B1
    • 2003-11-04
    • US09427027
    • 1999-10-26
    • Luc StruyePaul LeblansPeter Willems
    • Luc StruyePaul LeblansPeter Willems
    • H05B3300
    • G01T1/02G01T1/2012H01L31/085H01L31/115
    • A device in form of a practical and reusable card for personal monitoring of incident penetrating radiation energy and for reading said energy comprising a stimulable phosphor absorbing and storing said energy and being stimulable with a wavelength &lgr;a; an electroluminescent phosphor emitting, upon application of an electrical field, stimulation light with wavelength &lgr;a, said wavelength &lgr;a being different from the said incident penetrating radiation, and wherein said device is equipped with means in order to apply an electrical field on said electroluminescent phosphor and wherein said stimulable phosphor and said electroluminescent phosphor are positioned relative to each other so that said light emitted by said electroluminescent phosphor reaches said stimulable phosphor for stimulating said phosphor in order to release stimulated light.
    • 一种用于个人监测入射穿透辐射能并用于读取所述能量的形式的设备,其包含吸收并存储所述能量并且可被波长λa刺激的可刺激磷光体; 一种电致发光荧光体,其在施加电场时发射波长为λa的刺激光,所述波长λa不同于所述入射穿透辐射,并且其中所述装置配备有用于在所述电致发光荧光体上施加电场的装置,以及 其中所述可激发荧光体和所述电致发光荧光体相对于彼此定位,使得由所述电致发光荧光体发射的所述光到达所述可激发荧光体,以刺激所述荧光体以释放受激光。
    • 14. 发明授权
    • Reusable personal sun-monitor
    • 可重复使用的个人太阳监视器
    • US06271528B1
    • 2001-08-07
    • US09114952
    • 1998-07-14
    • Luc StruyePaul LeblansPeter Willems
    • Luc StruyePaul LeblansPeter Willems
    • G01J500
    • G01T1/11G01J1/429G01J1/58G01T1/10
    • Method to determine in a quantitative way stored amounts of radiation energy making use therefor from a personal monitor storing absorbed incident radiation energy in a storage phosphor panel storing radiation energy originating from radiation having a wavelength of 350 nm or less, wherein the panel is covered with an optical filter absorbing radiation having a wavelength of 350 nm or more during exposure and present in a housing, and from an apparatus for readout of the storage phosphor panel by the steps of entering the personal monitor in a read-out apparatus, removing optical filter covering the storage phosphor panel, adding stimulating energy to the storage phosphor panel, digitally detecting energy released from the storage phosphor panel by a detector and erasing stored rest energy.
    • 以定量方式确定存储从存储吸收的入射辐射能量的个人监视器中使用的辐射能量的存储量,该存储荧光板存储来自波长为350nm或更小的辐射的辐射能量,其中该面板被覆盖 一种滤光器,其在曝光期间吸收波长为350nm以上并且存在于壳体中的辐射,以及通过以下步骤从用于读出存储荧光体面板的设备的装置:在读出装置中进入个人监视器,去除滤光器 覆盖存储荧光体面板,向存储荧光体面板添加刺激能量,通过检测器数字地检测从存储荧光体面板释放的能量并擦除存储的休息能量。
    • 15. 发明申请
    • Method of erasing storage phosphor panels
    • 擦除存储荧光粉板的方法
    • US20080035867A1
    • 2008-02-14
    • US11825435
    • 2007-07-06
    • Luc StruyePaul LeblansJean-Pierre Tahon
    • Luc StruyePaul LeblansJean-Pierre Tahon
    • G01T1/105
    • G01T1/2016
    • In a method of reading a radiation image, stored in a CsBr:Eu type binderless needle-shaped photostimulable or storage phosphor screen after X-ray exposure of said screen, said method comprises the steps of: (1) erasing thermally stimulable energy by exposing said screen to infrared radiation in the wavelength range from 1000 nm to 1550 nm; (2) stimulating said phosphor screen by means of stimulating radiation in the range from 550 to 850 nm; (3) detecting light emitted by the phosphor screen upon stimulation and converting the detected light into a signal representation of said radiation image; (4) erasing said phosphor screen by exposing it to erasing light in the wavelength range of 300 nm to 1500 nm.
    • 在所述屏幕的X射线曝光之后,读取存储在CsBr:Eu型无粘合剂针状可光激励或储存荧光屏中的放射线图像的方法,所述方法包括以下步骤:(1)通过曝光消除热刺激能量 所述屏幕在1000nm至1550nm的波长范围内的红外辐射; (2)通过刺激550至850nm范围内的辐射来刺激所述荧光屏; (3)在刺激时检测由荧光屏发射的光,并将检测到的光转换成所述辐射图像的信号表示; (4)通过将所述荧光屏曝光于300nm至1500nm的波长范围的擦除光来擦除所述荧光屏。