CAJ | 학술논문

采集湖光岩玛尔湖周围部分岩洞内的岩样及岩壁下和湖岸边的砂土样品,用粗颗粒法测量它们的热释光和光释光;用复合作用剂量响应模型分析热释光和光释光剂量响应,并计算对应的热释光和光释光古剂量.结果表明:相同采样点的样品,热释光和光释光古剂量间都存在一些差异:不同采样点样品的释光剂量相差很大;热释光古剂量测量值较准确的样品,光释光古剂量测量值与热释光测量值无显著的数量级差别.此测量分析对第四纪火山考古有一定参考意义.
채집호광암마이호주위부분암동내적암양급암벽하화호안변적사토양품,용조과립법측량타문적열석광화광석광;용복합작용제량향응모형분석열석광화광석광제량향응,병계산대응적열석광화광석광고제량.결과표명:상동채양점적양품,열석광화광석광고제량간도존재일사차이:불동채양점양품적석광제량상차흔대;열석광고제량측량치교준학적양품,광석광고제량측량치여열석광측량치무현저적수량급차별.차측량분석대제사기화산고고유일정삼고의의.
Sand samples were collected at different locations from the Huguangyan Maar Lake region in Zhanjiang, Guangdong province in south China.Thermoluminescence (TL) and optical stimulated luminescence (OSL) were measured with coarse grain technique.The TL and OSL dose response were analyzed and their ancient doses were calculated.The result shows that ancient doses measured with TL technique differ from those measured with OSL technique for the same sample,whereas for the samples whose TL ancient dose is close to the veraciousness,there were no evident degree of difference between the ancient doses by OSL and TL.The experiments and analyses can be used for reference in Quaternary period volcano dating.