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SCINTILLATION DETECTOR AND METHOD FOR FORMING A STRUCTURED SCINTILLATOR

机译:闪烁探测器和形成结构闪烁器的方法

摘要

The proposed group invention of the present invention is a method for depositing fluorescent coatings on a screen in which an image is detected and / or converted, a method for detecting X-rays or gamma radiation for detection of gamma radiation A method for forming a structured scintillator on the surface of a detector, an apparatus for obtaining an image obtained by detecting gamma radiation or an X-ray image, in particular an X-ray mammography or a tomosynthesis . In a method of forming a structured scintillator on the surface of a pixelated photodetector according to the first embodiment, at least one structural element is formed directly on the photodetector surface, and the material of the structural element is a liquid or heterogeneous material By means of the use of biaxial or triaxial means. According to a second embodiment of forming a structured scintillator on the surface of a pixelated photodetector, at least one structural element is arranged on a photodetector surface previously segmented with a hydrophobic coating conforming to a non-The geometry of the directly formed and deposited material is formed under the action of a tension force at the boundary of the hydrophobic-hydrophilic region of the photodetector surface. The group invention of the present invention also includes two embodiments of scintillation detectors. The invention of the proposed group can be upgraded by the simultaneous extension of the scope of the invention.;
机译:本发明提出的组发明是在屏幕上沉积荧光涂层的方法,在该屏幕中检测和/或转换图像,检测X射线或伽马射线以检测伽马射线的方法形成结构化的方法检测器表面上的闪烁器,一种用于获得通过检测伽玛射线或X射线图像而获得的图像的设备,特别是X射线乳腺摄影或断层合成。在根据第一实施例的在像素化光电探测器的表面上形成结构闪烁体的方法中,至少一个结构元件直接形成在光电探测器表面上,并且该结构元件的材料是液体或异质材料。使用双轴或三轴方式。根据在像素化光电探测器的表面上形成结构化闪烁体的第二实施例,至少一个结构元件被布置在光电探测器表面上,该光电探测器表面上预先被疏水性涂层分割,该疏水性涂层符合非透明性。在张力的作用下,在光电探测器表面的疏水-亲水区域的边界处形成的膜。本发明的组发明还包括闪烁检测器的两个实施例。通过同时扩展本发明的范围,可以对提出的组的发明进行升级。

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