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A large TPC prototype for a linear collider detector

机译:用于线性对撞探测器的大型TPC原型

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A Time Projection Chamber (TPC), operated in a detector at a future linear e+e- collider, will require a significantly advanced readout concept compared to the traditional pad-wire-based systems used previously. The LCTPC collaboration studies the prospects of TPC readout systems based on Micro-Pattern Gas Detectors, namely GEMs and Micromegas, in combination with pads or a CMOS on the underlying anode plane. In small TPC prototype chambers, resolutions of better than σ_⊥ = 100 μm were demonstrated for drift distances of up to 66 cm. In the future, the R&D efforts will focus on the technical realization of large-surface readout systems with the aim to develop a technical concept for a readout module of a future TPC. A large TPC prototype with a diameter of 77 cm has been constructed for the planned studies. It is part of a test beam infrastructure at the electron test beam at DESY. First test beam operations with Micromegas and GEM based prototype modules in December 2008 and during 2009 gave promising results.
机译:与以前使用的传统基于焊盘线的系统相比,在未来的线性电子对撞机中的探测器中运行的时间投影室(TPC)将需要显着先进的读出概念。 LCTPC的合作研究了基于微模式气体检测器(即GEM和Micromegas)与底层阳极板上的焊盘或CMOS相结合的TPC读数系统的前景。在小型TPC原型腔室中,对于最大66 cm的漂移距离,其分辨率优于σ_⊥= 100μm。将来,研发工作将集中在大表面读出系统的技术实现上,目的是为未来TPC的读出模块开发技术概念。已为计划的研究构建了一个直径为77厘米的大型TPC原型。它是DESY电子测试束中测试束基础设施的一部分。在2008年12月和2009年首次使用Micromegas和基于GEM的原型模块进行的测试光束操作获得了可喜的结果。

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