AI 中文总结
该研究将宁静日冕两种温度计的稳定温度差解读为动力学测量，揭示超热电子尾的形状、输运起源及终止能，重现测量比值，提供了日冕等离子体的关键动力学信息。
AI 中文摘要
应用于同一宁静日冕的两种标准温度计存在稳定因子的差异：射电亮温读数约为0.6 MK，而基于电离和标高的诊断读数约为1.5 MK，八年期间的比值为2.4±0.3。我们认为该差异并非待调和的异常，而是一种动力学测量，并从三个层面解读：电子分布的形状、起源及终止能量。其一，温度诊断是向麦克斯韦族的投影；宁静日冕分布具有指数κ≈2.5的幂律尾，不同投影返回不同温度，其差异可精确分解为仅由测量比值决定的固定温度差，以及标量温度无法承载的残差：占电子热能五分之一的形状储存能，表明该等离子体不存在局域闭合传导。其二，对同一模型大气的两种独立解读，在诊断读数为2.57的高度处，从温度-密度结构得到κ=2.52，而同一柱上的局域电场弱39-56倍，无法在该处产生尾：该尾是输运而来，而非在该处生成。其三，输运尾终止于碰撞阻止柱等于穿越柱的能量；查表所得终止能量为1.8-3.5 keV，与诊断比值和硬X射线限独立要求的1.7-3 keV区间重叠，且无调谐参数，计算得到的终止能重现了测量比值：谱的边缘是尾加载层的压力计。我们验证了该前提，指定了存档谱上的离子内决定性测试，并陈述了九个证伪条件。以动力学方式解读该差异，得到了超出两种温度计设计测量范围的信息。
英文摘要
Temperature diagnostics compress an electron distribution into a scalar. If two diagnostics weight different velocity ranges, their disagreement can retain information either discards. We develop this measurement for the quiet Sun, where radio brightness and scale-height/ionization diagnostics read about 0.6 and 1.5 MK, a ratio of $2.4 \pm 0.3$ stable across eight years. For specified projections, an exact relative-entropy identity partitions the discrepancy: the ratio fixes a family-independent temperature component; residual shape requires a family. Under the $κ$ family and stated projection assignments, the ratio gives $κ\approx 2.5$ and a free-energy equivalent of 10--20% of the electron thermal energy. An independent EIS within-ion Fe IX test is consistent with $κ= 2.5$--3, not confirmed; its confirm condition fired under neither calibration treatment. Under narrow-DEM conditioning, the Maxwellian residual is 2.8 times the conservative systematic floor. A published broad Maxwellian DEM restores spectroscopic consistency, but its material gives a class-level radio-to-EUV cap of 1.21 against the measured class value $2.4 \pm 0.3$. Across all stated treatments, the Maxwellian fails at least one constraint in this class-level joint comparison; the records are neither co-temporal nor co-spatial. Conditional tests, not further evidence, find that the local Coulomb/runaway channel falls 39--56 times short and that a 1.8--3.5 keV stopping-column scale overlaps the inferred 1.7--3 keV sharp-edge bracket. Termination there remains a working hypothesis. The central result is the measurement construction: information lost to either temperature alone becomes recoverable from their disagreement. Direct shape confirmation requires a cross-class or distribution-resolving measurement.
Comments57 pages (38 pages main text, 13 pages appendices, 6 pages references), 10 figures. Retitled and restructured for clarity; observational tests expanded; central conclusion unchanged
