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Method for monitoring the device and the hadron beam for dosimetry monitoring of a hadron beam
Method for monitoring the device and the hadron beam for dosimetry monitoring of a hadron beam
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机译：监控设备和强子束的方法，用于强子束的剂量学监测
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摘要
The present invention relates to a device for monitoring dosimetry of hadron beam. The device comprises an ionization chamber i continuous obtained n laminations or set of parallel plate detector (n + 1) which are separated by gas-filled gaps. Has a collecting portion with a collection side is insulated from the bias voltage portion with the bias voltage side, the collection side to face the bias voltage side of the detector plate of the following or each detector plate, and vice versa and is arranged to be. Each detector plate comprises a material layer L k of the m. The resulting assembly of the detector plates which form the ionization chamber a plurality of cells. Gap ionization chamber cell i and the choice of materials and l k the thickness of each layer L k that constitute each detector plate, so as to satisfy as defined herein for each ionization chamber cell i (Equation 2) and characterized in that it is selected.
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机译：用于监控强子束剂量的装置技术领域本发明涉及一种用于监控强子束剂量的装置。该设备包括一个电离室，该电离室由连续获得的n个叠片或一组平行板检测器（n + 1）组成，这些叠片由充气间隙隔开。具有具有收集侧的收集部与具有偏压侧的偏压部分绝缘，该收集侧面对随后或每个检测器板的检测器板的偏压侧，反之亦然，并且被布置为。每个检测器板包括m的材料层L k 。所形成的检测器板的组装形成多个室的电离室。间隙电离室单元i以及构成每个检测器板的材料的选择和构成每个检测器板的每个层的厚度L k ，以便满足本文中定义的每个电离室单元i（等式2），其特征在于被选择。
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