论文标题
G107.298+5.63和S255-NIRS3中的甲醇Maser耀斑分析
Analysis of Methanol Maser Flares in G107.298+5.63 andS255-NIRS3
论文作者
论文摘要
3D MASER模型已用于从三个高振幅Maser耀斑的光曲线上执行反问题，该耀斑是根据同时的红外观测来选择的。从模型恢复了Maser云的大小，并从光曲线的三个观察性特性中恢复了与饱和相关的两个参数。恢复的尺寸与独立的干涉测量一致。 Maser对象在耀斑期间弱饱和度和中等饱和度之间的过渡。
A 3D maser model has been used to perform an inverse problem on the light curves from three high-amplitude maser flares, selected on the basis of contemporaneous infra-red observations. Plots derived from the model recover the size of the maser cloud, and two parameters linked to saturation, from three observational properties of the light curve. Recovered sizes are consistent with independent interferometric measurements. Maser objects transition between weak and moderate saturation during a flare.
