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The CARPET Ground Facility for Detecting the Charged Component of Cosmic Rays
Instruments and Experimental Techniques ( IF 0.4 ) Pub Date : 2020-06-15 , DOI: 10.1134/s0020441220030033
M. V. Philippov , V. S. Makhmutov , Yu. I. Stozhkov , O. S. Maksumov

Abstract—This paper presents a description of the new CARPET facility for detecting the charged component of cosmic rays, as well as its technical characteristics; it was designed and installed at the Dolgoprudny Scientific Station of the Lebedev Physical Institute (DNS of the Lebedev Physical Institute). The detecting base of the CARPET facility consists of STS-6 gas-discharge counters combined in 12 units with ten counters in each. The upper counter layer is separated from the lower counter layer by an aluminum filter with a thickness of 7 mm. The integration time of these counters is 1 ms. Continuous monitoring of meteorological data and data on the state of the supply voltage of the facility occur. The results of determining the barometric coefficient for the CARPET and analysis of the first experimental data are also presented.

中文翻译:

CARPET地面设施,用于检测宇宙射线的带电成分

摘要-本文介绍了用于探测宇宙射线带电成分的新型CARPET设备及其技术特性。它是在列别捷夫体育学院的Dolgoprudny科学站(列别捷夫体育学院的DNS)设计和安装的。CARPET设施的检测基地包括STS-6气体排放计数器,这些计数器合计为12个单元,每个单元有10个计数器。上对置层与下对置层通过厚度为7 mm的铝过滤器隔开。这些计数器的积分时间为1 ms。持续监测气象数据和有关设施电源电压状态的数据。还介绍了确定CARPET的气压系数和分析第一批实验数据的结果。
更新日期:2020-06-15
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