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TRACE Observational Consequences of a Synthetic Multithermal Loop

机译：追踪合成多线路环的观测结果

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We present a global coronal loop as 125 individual strands, with each modelled independently by a one-dimensional hydrodynamic simulation. The strands are coupled together through the frequency distribution of nanoflare energy. The simulated data is then folded through the temperature response function of three different pass-bands of the Transition Region and Coronal Explorer (TRACE) to derive the corresponding intensity. Subsequently, the filter-ratio method is employed to derive the temperature from the deduced synthetic emission. The emission measure (EM) loci method is also employed to determine the loop temperature.
机译：我们将全球冠状循环呈现为125个单独的股线，每个股线通过一维流体动力学模拟独立建模。股线通过纳米缺陷能量的频率分布耦合在一起。然后通过过渡区域和冠状探险器（迹线）的三个不同通带的温度响应函数折叠模拟数据以导出相应的强度。随后，采用过滤器比例从推导的合成发射导出温度。发射措施（EM）基因座方法也用于确定环路温度。

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