CAJ | 학술논문

本文根据目前国内外对绝对湿度效应的研究现状，针对绝对湿度对 N RL-1型测氡仪探测效率的影响，建立了N RL-1型测氡仪温湿度修正的实验方案。通过对南华大学氡实验室氡活度浓度的控制、温湿度调节方案进行分析与改进，控制实验中的绝对湿度变化，得到了不同绝对湿度下的修正因子，并获得了绝对湿度在1.90～14.91 g/m3范围内的温湿度修正曲线，从而成功地对N RL-1型测氡仪进行了温湿度效应修正。实验结果表明：综合考虑绝对湿度的情况下，在绝对湿度小于2.4 g/m3时，N RL-1型连续测氡仪的收集效率趋近于常数；其绝对湿度的修正因子基本接近于1；而随着绝对湿度的增大，修正因子呈非线性增长。
본문근거목전국내외대절대습도효응적연구현상，침대절대습도대 N RL-1형측동의탐측효솔적영향，건립료N RL-1형측동의온습도수정적실험방안。통과대남화대학동실험실동활도농도적공제、온습도조절방안진행분석여개진，공제실험중적절대습도변화，득도료불동절대습도하적수정인자，병획득료절대습도재1.90～14.91 g/m3범위내적온습도수정곡선，종이성공지대N RL-1형측동의진행료온습도효응수정。실험결과표명：종합고필절대습도적정황하，재절대습도소우2.4 g/m3시，N RL-1형련속측동의적수집효솔추근우상수；기절대습도적수정인자기본접근우1；이수착절대습도적증대，수정인자정비선성증장。
The absolute humidity and temperature’s effects on the NRL-1 measuring apparatus for radon were studied in this paper .By controlling the radon activity concen-tration of the radon laboratory in University of South China and improving the tempera-ture and humidity adjust strategy , different correction factor values under different absolute humidities were obtained . Moreover , a correction curve between 1.90 and 14.91 g/m3 was also attained .The results show that in the case of absolute humidity , when it is less than 2.4 g/m3 ,collection efficiency of the NRL-1 measuring apparatus for radon tends to be constant ,and the correction factor of the absolute humidity closes to 1 . However , the correction factor increases nonlinearly along with the absolute humidity .