CAJ | 학술논문

随着加速器亮度的不断提高，对建造T O F系统所需的M RPC探测器的计数率能力的要求也在不断提高。利用DC模型以及二维电阻网络模型，可分析探测器计数率能力随电极厚度的变化关系。本文研究了基于不同电极厚度的M RPC的计数率能力，证实了通过降低电极厚度提高探测器计数率能力的可行性。
수착가속기량도적불단제고，대건조T O F계통소수적M RPC탐측기적계수솔능력적요구야재불단제고。이용DC모형이급이유전조망락모형，가분석탐측기계수솔능력수전겁후도적변화관계。본문연구료기우불동전겁후도적M RPC적계수솔능력，증실료통과강저전겁후도제고탐측기계수솔능력적가행성。
With the increase of accelerator luminosity ,high rate capabilities of M RPCs are urgent to construct TOF system . The DC model and a two-dimensional resistor network model can be used to study the relationship between MRPC rate capability and electrode thickness . T he rate capability of M RPC related to different thicknesses of glass electrodes was studied ,which confirms that the rate capability is strongly depend-ent on the thickness of glass .By decreasing the thickness of glass electrode ,the rate capability of M RPC can be improved .