超快速高质量方位消歧
Super Fast and Quality Azimuth Disambiguation
摘要：
本文提出了快速和质量的矢量磁图数据的方位消歧的可能性，无论在太阳盘上的位置。在Metcalf等人（2006）、Leka等人（2009）的公知模型和固定配置AR 10930的人工模型（Rudenko等人，2010年）。我们对AR 10930的Hinode SOT SP矢量磁图进行了比较，这些磁图用三种代码消除了歧义：SFQ、NPFC（Georgoulis，2005）和SME（Rudenko等人，2010年）。我们对完整光盘的SDO/HMI测量进行SFQ消歧。初步的检查表明，SFQ算法提供了更好的质量比NPFC，是可比的SME。与其他代码相比，SFQ支持相对高质量的结果，而不管磁图是否接近肢体（当非常接近肢体时，与所有其他算法不同，它是有效的）。
英文摘要：
The paper presents the possibility of fast and quality azimuth disambiguation of vector magnetogram data regardless of location on the solar disc. The new Super Fast and Quality (SFQ) code of disambiguation is tried out on well-known models of Metcalf et al. (2006), Leka et al. (2009) and artificial model of fixed configuration AR 10930 (Rudenko et al., 2010). We make comparison of Hinode SOT SP vector magnetograms of AR 10930 disambiguated with three codes: SFQ, NPFC (Georgoulis, 2005), and SME (Rudenko et al., 2010). We exemplify the SFQ disambiguation of SDO/HMI measurements of the full disc. The preliminary examination indicates that the SFQ algorithm provides better quality than NPFC and is comparable to SME. In contrast to other codes, SFQ supports relatively high quality of results regardless of the magnetogram proximity to the limb (when being very close to the limb, it is efficient unlike all other algorithms).
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
