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arXiv 1204.2144physics.ins-det
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未来几年RPC和电阻式微图案探测器面临的挑战

Challenges for RPCs and resistive micropattern detectors in the next few years

V. Peskov

摘要:

如今,RPC正处于蓬勃发展的阶段:它们成功地用于许多实验,包括LHC;有雄心勃勃的计划将其用于几个升级探测器和一些新的实验以及各种应用。本文的目的是强调RPC社区在未来几年可能面临的主要挑战,这些挑战在本次会议上提出的会谈中得到了解决。例如:来自实验(及其升级)和应用的新的和困难的要求,现有传统探测器设计的优化和改进,其特性(定时/速率性能、老化、暗电流等)的改进,新的更灵敏的电子器件的实现,新材料的研究,大面积探测器的开发。我们还将回顾另一种类型的电阻电极气体检测器的快速和非常有前途的发展-微图案检测器,其至少一个电极由电阻材料制成。这些创新的探测器在一个设计中结合了RPC(火花保护)和微图案探测器(高粒度-高位置分辨率)的最佳功能。

英文摘要:

Nowadays RPCs are in a booming phase: they are successfully used in many experiments, including LHC; there are ambitious plans to use them in several upgrade detectors and in some new experiments as well as in various applications. The aim of this paper is to highlight the main challenges which the RPC community may face in the next few years and which were addressed in talks presented at this conference. Examples could be: new and difficult requirements from experiments (and their upgrades) and applications, optimization and improvements of the existing traditional detector designs, improvement of their characteristics (timing /rate performance, aging, dark current and so on), implementation of new more sensitive electronics, investigation of new materials, development of large- area detectors. We will also review the fast and very promising developments of another type of resistive electrode gaseous detector -micropattern detectors having at least one of their electrodes made of resistive materials. These innovative detectors combine in one design the best features of RPC (spark protection) and micropattern detectors (high granularity-high position resolution).

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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