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XRT Detection of Hot Plasma in Active Regions and Nanoflare Heating

机译：活性地区热等离子体的XRT检测和纳米射线加热

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Nanoflares occurring in sub-resolution strands have been long invoked as strong candidates for the heating of active region (AR) coronal loops. However, the frequent occurrence of nanoflares requires the steady presence offlare-hot plasma in the active region, which has been difficult to detect so far. We report on the analysis of multi-filter Hinode/XRT observations of an active region, which may show the widespread presence of 10 .MK plasma.

机译：在亚分辨率股线中发生的纳米粗荷载已长期被调用为用于加热活性区域（AR）冠状环的强候选。然而，近似出现的纳米丝状物需要在活动区域中稳定存在的脱浆热等离子体，这难以检测到目前为止。我们报告了有源区的多滤光性Hinode / XRT观察的分析，这可能显示出10.Mk等离子体的广泛存在。

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来源
《Hinode Science Meeting》|2009年||共4页
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作者
Fabio Reale; James A. Klimchuk; Susanna Parenti; Paola Testa;
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原文格式 PDF
正文语种
中图分类 P182.2-532;
关键词
Detection; Plasma; Heating;

机译：检测;等离子体;加热;

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专利

1. Estimate of the Upper Limit on Hot Plasma Differential Emission Measure (DEM) in Non-Flaring Active Regions and Nanoflare Frequency Based on the Mg XII Spectroheliograph Data from CORONAS-F/SPIRIT [J] . Anton Reva, Artem Ulyanov, Alexey Kirichenko, Solar physics . 2018,第10期

机译：基于Coronas-F / Spirt的Mg XII光谱数据，估计热等离子体差分发射测量（DEM）的上限
2. Modelling nanoflares in active regions and implications for coronal heating mechanisms [J] . Cargill P. J., Warren H. P., Bradshaw S. J. Philosophical transactions of the Royal Society. Mathematical, physical, and engineering sciences . 2015,第2042期

机译：在活动区域中模拟纳米耀斑及其对冠状加热机制的影响
3. ACTIVE REGION EMISSION MEASURE DISTRIBUTIONS AND IMPLICATIONS FOR NANOFLARE HEATING [J] . P. J. Cargill The Astrophysical journal . 2014,第1期

机译：主动区域排放量的分布及其对纳米光加热的影响
4. XRT Detection of Hot Plasma in Active Regions and Nanoflare Heating [C] . Fabio Reale, James A. Klimchuk, Susanna Parenti, Hinode Science Meeting . 2009

机译：活性地区热等离子体的XRT检测和纳米射线加热
5. Enhanced hot electron confinement and isochoric heating in high contrast ultra-intense laser produced plasmas via novel conical micro-target design [D] . Rassuchine, Jennifer M. 2007

机译：通过新颖的锥形微靶设计，在高对比度超强激光产生的等离子体中增强了热电子限制和等容加热
6. Modelling nanoflares in active regions and implications for coronal heating mechanisms [O] . P. J. Cargill, H. P. Warren, S. J. Bradshaw -1

机译：在活动区域中模拟纳米火炬及其对冠状加热机制的影响
7. Inference of heating properties from "hot" non-flaring plasmas in active region cores. I. Single nanoflares [O] . Barnes W. T., Cargill P. J., Bradshaw S. J. 2016

机译：由有源区域芯中的“热”非扩口等离子体得出加热特性。 I.单纳米
8. Widespread Nanoflare Variability Detected with Hinode/XRT in a Solar Active Region [R] . Reale, F., Terzo, S., Miceli, M., 2011

机译：在日光活动区域用Hinode / XRT检测广泛的纳米纤维变异性

XRT Detection of Hot Plasma in Active Regions and Nanoflare Heating

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