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1.发明授权公开(公告)号：US09519067B1
公开(公告)日：2016-12-13
申请号：US12886616
申请日：2010-09-21
Applicant: Hiroshi Kitaguchi , Takahiro Tadokoro , Katsunori Ueno , Hitoshi Kuwabara
Inventor： Hiroshi Kitaguchi , Takahiro Tadokoro , Katsunori Ueno , Hitoshi Kuwabara
CPC classification number: G01M3/20 , G01N23/22 , G01N33/0027 , G01N33/0055 , G01T1/18 , G01T1/185 , G01T1/2935 , H01J47/02 , H01J47/06
Abstract: A radioactive gas measurement apparatus comprises: a radiation measurement cell comprising an inlet pipe and a discharge pipe, the radiation measurement cell introducing and discharging a radioactive gas containing a nuclide to be measured and a positron emitter nuclide through the inlet pipe and the discharge pipe; a radiation detector for measuring a radiation generated from the radioactive gas; and a radiation collimator allowing the radiation measurement cell to communicate with the radiation detector and setting a predetermined radiation measurement geometry condition between the radiation measurement cell and the radiation detector. Then, as the predetermined radiation measurement geometry condition, an inner wall area of the radiation measurement cell which the radiation detector views through the radiation collimator is set equal to or less than a half of a total inner wall area of the radiation measurement cell.
Abstract translation: 一种放射性气体测量装置，包括：放射线测量单元，包括入口管和排出管，所述辐射测量单元通过所述入口管和所述排放管引入并排出包含要测量的核素和正电子发射体核素的放射性气体; 用于测量由放射性气体产生的辐射的辐射检测器; 以及辐射准直器，其允许辐射测量单元与辐射检测器通信并且在辐射测量单元和辐射检测器之间设置预定的辐射测量几何状态。 然后，作为预定的辐射测量几何状态，放射线检测器通过辐射准直仪观察的辐射测量单元的内壁面积被设定为等于或小于辐射测量单元的总内壁面积的一半。
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公开(公告)号：US08842797B2
公开(公告)日：2014-09-23
申请号：US13304775
申请日：2011-11-28
Applicant: Takahiro Tadokoro , Hiroshi Kitaguchi , Katsunori Ueno , Yutaka Iwata , Ryusuke Kimura
Inventor： Takahiro Tadokoro , Hiroshi Kitaguchi , Katsunori Ueno , Yutaka Iwata , Ryusuke Kimura
CPC classification number: G21C17/063
Abstract: A gamma scanning apparatus includes a moving and fixing mechanism which moves/fixes a housing to a definite position, and a rotating and moving mechanism which moves a fuel assembly vertically in addition to rotating the assembly. A gamma-ray counting circuit measures an output of a gamma-ray detector, and a data collecting/analyzing and controlling apparatus analyzes data output from the gamma-ray counting circuit, in association with data relating to the rotation and movement of the fuel assembly by the rotating and moving mechanism. The rotating and moving mechanism, after fixing the vertical position of the fuel assembly with the housing also fixed, rotates the fuel assembly through 360° with its height kept constant, and during the 360° rotation of the fuel assembly, the gamma-ray counting circuit measures either a time average of count values of the detector during the rotation or an integral value within a fixed time.
Abstract translation: 伽马扫描装置包括将壳体移动/固定到确定位置的移动和固定机构，以及除了旋转组件之外还使燃料组件垂直移动的旋转和移动机构。 伽马射线计数电路测量伽马射线检测器的输出，并且数据收集/分析和控制装置分析与伽马射线计数电路输出的数据相关联的数据，该数据与燃料组件的旋转和运动有关 通过旋转和移动机构。 旋转和移动机构在固定燃料组件与壳体的垂直位置也固定之后，使燃料组件旋转360度，其高度保持恒定，并且在燃料组件360度旋转期间，伽马射线计数 电路测量旋转期间检测器的计数值的时间平均值或固定时间内的积分值。
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公开(公告)号：US20120134459A1
公开(公告)日：2012-05-31
申请号：US13304775
申请日：2011-11-28
Applicant: Takahiro TADOKORO , Hiroshi Kitaguchi , Katsunori Ueno , Yutaka Iwata , Ryusuke Kimura
Inventor： Takahiro TADOKORO , Hiroshi Kitaguchi , Katsunori Ueno , Yutaka Iwata , Ryusuke Kimura
IPC: G21C17/06
CPC classification number: G21C17/063
Abstract: A gamma scanning apparatus includes a moving and fixing mechanism which moves/fixes a housing to a definite position, and a rotating and moving mechanism which moves a fuel assembly vertically in addition to rotating the assembly. A gamma-ray counting circuit measures an output of a gamma-ray detector, and a data collecting/analyzing and controlling apparatus analyzes data output from the gamma-ray counting circuit, in association with data relating to the rotation and movement of the fuel assembly by the rotating and moving mechanism. The rotating and moving mechanism, after fixing the vertical position of the fuel assembly with the housing also fixed, rotates the fuel assembly through 360° with its height kept constant, and during the 360° rotation of the fuel assembly, the gamma-ray counting circuit measures either a time average of count values of the detector during the rotation or an integral value within a fixed time.
Abstract translation: 伽马扫描装置包括将壳体移动/固定到确定位置的移动和固定机构，以及除了旋转组件之外还使燃料组件垂直移动的旋转和移动机构。 伽马射线计数电路测量伽马射线检测器的输出，并且数据收集/分析和控制装置分析与伽马射线计数电路输出的数据相关联的数据，该数据与燃料组件的旋转和运动有关 通过旋转和移动机构。 旋转和移动机构在固定燃料组件与壳体的垂直位置也固定之后，使燃料组件旋转360度，其高度保持恒定，并且在燃料组件360度旋转期间，伽马射线计数 电路测量旋转期间检测器的计数值的时间平均值或固定时间内的积分值。
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4.发明申请FUEL ASSEMBLY RADIATION MEASURING APPARATUS AND METHOD OF MEASURING RADIATION OF FUEL ASSEMBLY 审中-公开燃油组件辐射测量装置和燃料装配辐射测量方法
公开(公告)号：US20120104261A1
公开(公告)日：2012-05-03
申请号：US13280372
申请日：2011-10-25
Applicant: Hiroshi Kitaguchi , Takahiro Tadokoro , Katsunori Ueno , Yutaka Iwata , Ryusuke Kimura
Inventor： Hiroshi Kitaguchi , Takahiro Tadokoro , Katsunori Ueno , Yutaka Iwata , Ryusuke Kimura
IPC: G01T1/208
CPC classification number: G21C17/063
Abstract: A fuel assembly radiation measuring apparatus has a radiation signal generation apparatus including a LaBr3(Ce) scintillator, an A/D converter, a signal processing apparatus, and a data analysis apparatus. The signal processing apparatus has a FPGA and a CPU. γ rays emitted from a fuel assembly disposed in water in a fuel pool enter into the LaBr3(Ce) scintillator that emits scintillator light, then a photomultiplier tube converts the light into an electric signal as a radiation detection signal. A pulse height analyzer of the FPGA inputs a radiation detection signal having a digital waveform generated by the A/D converter and changes the digital waveform into a trapezoid waveform to obtain a maximum peak value. The data analysis apparatus quantifies a target nuclide using a plurality of inputted maximum peak values to obtain burnup.
Abstract translation: 燃料组件辐射测量装置具有包括LaBr 3（Ce）闪烁体，A / D转换器，信号处理装置和数据分析装置的辐射信号发生装置。 信号处理装置具有FPGA和CPU。 从设置在燃料池中的水中的燃料组件发射的γ射线进入发射闪烁体光的LaBr3（Ce）闪烁体，然后光电倍增管将光转换为电信号作为辐射检测信号。 FPGA的脉冲高度分析器输入具有由A / D转换器生成的数字波形的放射线检测信号，并将数字波形改变成梯形波形以获得最大峰值。 数据分析装置使用多个输入的最大峰值来量化目标核素以获得燃尽。
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5.发明申请
公开(公告)号：US20160363504A1
公开(公告)日：2016-12-15
申请号：US12886616
申请日：2010-09-21
Applicant: Hiroshi KITAGUCHI , Takahiro Tadokoro , Katsunori Ueno , Hitoshi Kuwabara
Inventor： Hiroshi KITAGUCHI , Takahiro Tadokoro , Katsunori Ueno , Hitoshi Kuwabara
CPC classification number: G01M3/20 , G01N23/22 , G01N33/0027 , G01N33/0055 , G01T1/18 , G01T1/185 , G01T1/2935 , H01J47/02 , H01J47/06
Abstract: A radioactive gas measurement apparatus comprises: a radiation measurement cell comprising an inlet pipe and a discharge pipe, the radiation measurement cell introducing and discharging a radioactive gas containing a nuclide to be measured and a positron emitter nuclide through the inlet pipe and the discharge pipe; a radiation detector for measuring a radiation generated from the radioactive gas; and a radiation collimator allowing the radiation measurement cell to communicate with the radiation detector and setting a predetermined radiation measurement geometry condition between the radiation measurement cell and the radiation detector. Then, as the predetermined radiation measurement geometry condition, an inner wall area of the radiation measurement cell which the radiation detector views through the radiation collimator is set equal to or less than a half of a total inner wall area of the radiation measurement cell.
Abstract translation: 一种放射性气体测量装置，包括：放射线测量单元，包括入口管和排出管，所述辐射测量单元通过所述入口管和所述排放管引入并排出包含要测量的核素和正电子发射体核素的放射性气体; 用于测量由放射性气体产生的辐射的辐射检测器; 以及辐射准直器，其允许辐射测量单元与辐射检测器通信并且在辐射测量单元和辐射检测器之间设置预定的辐射测量几何状态。 然后，作为预定的辐射测量几何状态，放射线检测器通过辐射准直仪观察的辐射测量单元的内壁面积被设定为等于或小于辐射测量单元的总内壁面积的一半。
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公开(公告)号：US20080302968A1
公开(公告)日：2008-12-11
申请号：US12186834
申请日：2008-08-06
Applicant: Takahiro TADOKORO , Kazuhiro Takeuchi , Yukio Kawakubo , Manabu Aoki , Masaki Matsumoto
Inventor： Takahiro TADOKORO , Kazuhiro Takeuchi , Yukio Kawakubo , Manabu Aoki , Masaki Matsumoto
IPC: G01T1/20
CPC classification number: G01T3/06 , G01T1/2018
Abstract: In a charged particle detector, the vacuum barrier can be reduced in size and a multichannel configuration is possible. A charged particle detector includes a metallic frame having one or more holes formed therein, a light transmitting member fixed in each of the holes of the metallic frame, an inorganic scintillation element fixed on a surface of the light transmitting member, the surface being on a first side of the member; and a photodetector disposed on a surface of the light transmitting member, the surface being on a second side opposing the first side of the member. Charged particles having passed through the inorganic scintillation element are sent via the light transmitting member to the photodetector and are detected by the photodetector.
Abstract translation: 在带电粒子检测器中，真空屏障的尺寸可以减小，并且多通道配置是可能的。 带电粒子检测器包括金属框架，其中形成有一个或多个孔，固定在金属框架的每个孔中的透光构件，固定在透光构件的表面上的无机闪烁元件， 会员的第一面; 以及设置在所述透光构件的表面上的光电检测器，所述表面在与所述构件的第一侧相对的第二侧上。 已经通过无机闪烁元件的带电粒子经由透光部件被传送到光电检测器，并由光电检测器检测。
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公开(公告)号：US20050012044A1
公开(公告)日：2005-01-20
申请号：US10859225
申请日：2004-06-03
Applicant: Takahiro Tadokoro , Kazuhiro Takeuchi , Yukio Kawakubo , Manabu Aoki , Masaki Matsumoto
Inventor： Takahiro Tadokoro , Kazuhiro Takeuchi , Yukio Kawakubo , Manabu Aoki , Masaki Matsumoto
CPC classification number: G01T3/06 , G01T1/2018
Abstract: In a charged particle detector, the vacuum barrier can be reduced in size and a multichannel configuration is possible. A charged particle detector includes a metallic frame having one or more holes formed therein, a light transmitting member fixed in each of the holes of the metallic frame, an inorganic scintillation element fixed on a surface of the light transmitting member, the surface being on a first side of the member; and a photodetector disposed on a surface of the light transmitting member, the surface being on a second side opposing the first side of the member. Charged particles having passed through the inorganic scintillation element are sent via the light transmitting member to the photodetector and are detected by the photodetector.
Abstract translation: 在带电粒子检测器中，真空屏障的尺寸可以减小，并且多通道配置是可能的。 带电粒子检测器包括金属框架，其中形成有一个或多个孔，固定在金属框架的每个孔中的透光构件，固定在透光构件的表面上的无机闪烁元件， 会员的第一面; 以及设置在所述透光构件的表面上的光电检测器，所述表面在与所述构件的第一侧相对的第二侧上。 已经通过无机闪烁元件的带电粒子经由透光部件被传送到光电检测器，并由光电检测器检测。
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公开(公告)号：US20120298875A1
公开(公告)日：2012-11-29
申请号：US13456629
申请日：2012-04-26
Applicant: Katsunori UENO , Takahiro Tadokoro , Hiroshi Kitaguchi , Mizuho Tsuyuki , Nobuyuki Ota , Makoto Nagase
Inventor： Katsunori UENO , Takahiro Tadokoro , Hiroshi Kitaguchi , Mizuho Tsuyuki , Nobuyuki Ota , Makoto Nagase
IPC: G01T1/36
CPC classification number: G01T1/17
Abstract: In a radiation measurement apparatus, an analog pulse signal output from a semiconductor radiation detector is converted to a plurality of digital signals by an analog-to-digital converter for each analog pulse signal. A threshold circuit for inputting these digital signals discriminates digital signals exceeding a threshold value. A digital signal integration circuit integrates the plurality of discriminated digital signals for each analog pulse signal and obtains an integrated value for each analog pulse signal. A spectrum generation circuit for inputting the respective integrated values generates a radiation energy spectrum using the integrated values and accurately performs the quantitative analysis and energy analysis of a radioactive nuclide using the radiation energy spectrum. A quantitative analysis and an energy analysis of a radioactive nuclide can be accurately performed while a time resolution of a radiation detector can be maintained.
Abstract translation: 在辐射测量装置中，从半导体辐射检测器输出的模拟脉冲信号通过用于每个模拟脉冲信号的模拟 - 数字转换器转换成多个数字信号。 用于输入这些数字信号的阈值电路鉴别超过阈值的数字信号。 数字信号积分电路对每个模拟脉冲信号集成多个鉴别数字信号，并获得每个模拟脉冲信号的积分值。 用于输入各个积分值的光谱产生电路使用积分值产生辐射能谱，并使用辐射能谱精确地执行放射性核素的定量分析和能量分析。 可以准确地进行放射性核素的定量分析和能量分析，同时可以维持放射线检测器的时间分辨率。
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9.发明授权
公开(公告)号：US08190398B2
公开(公告)日：2012-05-29
申请号：US12193143
申请日：2008-08-18
Applicant: Hiroshi Kitaguchi , Takahiro Tadokoro , Akihisa Kaihara
Inventor： Hiroshi Kitaguchi , Takahiro Tadokoro , Akihisa Kaihara
CPC classification number: G01T7/00
Abstract: At a worksite of a client, progeny nuclides of radon and thoron are collected into a filter, then making the gross measurement on α-ray amount within an hour from the collection. Next, the filter is sent to an analysis center with information added thereto, such as collection-condition information, gross-measurement information, and sampling-worksite information. At the analysis center, the gross measurement on the filter sent thereto is made again. Also, the radioactive-nuclide analysis is made to perform evaluation of the radioactivity intensity. Moreover, radon amount and thoron amount at the measurement-specimen sampling points-in-time at the worksite are calculated, then reporting the analysis result of the radon and thoron amounts to the client.
Abstract translation: 在客户的现场，将氡气和钍气的后代核素收集到过滤器中，然后在收集后一小时内对α射线量进行总体测量。 接下来，将过滤器发送到具有添加信息的分析中心，例如收集条件信息，总测量信息和采样站点信息。 在分析中心，再次进行发送到其上的滤波器的总测量。 此外，进行放射性核素分析以进行放射性强度的评价。 此外，计算工地现场测量样本采集点的氡量和钍气量，然后向客户报告氡气和钍气量的分析结果。
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10.发明申请
公开(公告)号：US20090070070A1
公开(公告)日：2009-03-12
申请号：US12193143
申请日：2008-08-18
Applicant: Hiroshi Kitaguchi , Takahiro Tadokoro , Akihisa Kaihara
Inventor： Hiroshi Kitaguchi , Takahiro Tadokoro , Akihisa Kaihara
IPC: G06F15/00
CPC classification number: G01T7/00
Abstract: At a worksite of a client, progeny nuclides of radon and thoron are collected into a filter, then making the gross measurement on α-ray amount within an hour from the collection. Next, the filter is sent to an analysis center with information added thereto, such as collection-condition information, gross-measurement information, and sampling-worksite information. At the analysis center, the gross measurement on the filter sent thereto is made again. Also, the radioactive-nuclide analysis is made to perform accurate evaluation of the radioactivity intensity. Moreover, radon amount and thoron amount at the measurement-specimen sampling points-in-time at the worksite are calculated, then reporting the analysis result of the radon and thoron amounts to the client. There are provided an environmental-radioactivity measurement/management system which allows measurement specimens for measuring the environmental radioactivity to be processed at low cost and in large amounts, and the analysis method for the radioactivity intensity.
Abstract translation: 在客户的现场，将氡气和钍气的后代核素收集到过滤器中，然后在收集后一小时内对α射线量进行总体测量。 接下来，将过滤器发送到具有添加信息的分析中心，例如收集条件信息，总测量信息和采样站点信息。 在分析中心，再次进行发送到其上的滤波器的总测量。 此外，进行放射性核素分析以对放射性强度进行精确评估。 此外，计算工地现场测量样本采集点的氡量和钍气量，然后向客户报告氡气和钍气量的分析结果。 提供了一种环境放射性测量/管理系统，其允许以低成本和大量的方式处理用于测量环境放射性的测量样本和放射性强度的分析方法。
