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首页> 外文期刊>Physica Scripta: An International Journal for Experimental and Theoretical Physics >Report on the charged decay products identification possibilities in WASA
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Report on the charged decay products identification possibilities in WASA

机译:关于WASA中带电衰变产物识别可能性的报告

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摘要

The WASA detector located at the CELSIUS storage ring of the The Svedberg Laboratory in Uppsala has recently finished its commissioning phase and is in full operation. An unique internal pellet-target system together with a detector covering a solid angle close to 4pi steradians gives opportunities to study the rare decays of the pi(0) and the eta meson in high-luminosity experiments. Another unique feature of the WASA setup is the thin-walled superconducting solenoid which provides the magnetic field for a mini drift chamber allowing highly efficient measurements of charged particles and minimal interference for particles entering the external electromagnetic calorimeter. The WASA setup is presented in this report with an emphasis on the ability to detect charged decay products. The results from the first experiments and performance of the detector are discussed together with the initial physics programme for charged decays of eta mesons. [References: 6]
机译:位于乌普萨拉Svedberg实验室CELSIUS存储环的WASA检测器最近已完成调试阶段,并已全面投入运行。独特的内部颗粒目标系统以及覆盖接近4pi立体弧的立体角的检测器为研究高发光度实验中pi(0)和eta介子的罕见衰变提供了机会。 WASA装置的另一个独特功能是薄壁超导螺线管,它为微型漂移室提供磁场,从而可以高效地测量带电粒子,并且对进入外部电磁热量计的粒子产生最小的干扰。本报告介绍了WASA设置,重点是检测带电衰变产物的能力。讨论了第一个实验的结果和检测器的性能,并讨论了针对介子介子带电衰减的初始物理程序。 [参考:6]

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