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arXiv 0811.3139astro-phastro-ph.SR
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光学干涉偏振测量的情况

The case for optical interferometric polarimetry

Nicholas M. Elias, Carol E. Jones, Henrique R. Schmitt, Anders M. Jorgensen, Michael J. Ireland, Karine Perraut

摘要:

在过去的10年里,长基线光学干涉测量(LBOI)已经从增加的灵敏度、空间分辨率和光谱分辨率中受益匪浅,例如,测量单颗恒星的直径和不对称性,成像/拟合多颗恒星的轨道,模拟Be星盘,模拟AGN核。同样,偏振测量也产生了极好的天体物理结果,例如,描述红巨星/超巨星的大气层和壳层,模拟AGB星的包层,研究Be星的形态,以及监测活动星系核的短期和长期行为。仪器的下一个合乎逻辑的发展步骤是将LBOI与偏振测量相结合,称为光学干涉偏振测量(OIP)。换句话说,空间相干性的测量与正交偏振状态之间的相干性的测量同时执行。

英文摘要:

Within the last 10 years, long-baseline optical interferometry (LBOI) has benefited significantly from increased sensitivity, spatial resolution, and spectral resolution, e.g., measuring the diameters and asymmetries of single stars, imaging/fitting the orbits of multiple stars, modeling Be star disks, and modeling AGN nuclei. Similarly, polarimetry has also yielded excellent astrophysical results, e.g., characterizing the atmospheres and shells of red giants/supergiants, modeling the envelopes of AGB stars, studying the morphology of Be stars, and monitoring the short- and long- term behavior of AGNs. The next logical evolutionary step in instrumentation is to combine LBOI with polarimetry, which is called optical interferometric polarimetry (OIP). In other words, measurements of spatial coherence are performed simultaneously with measurements of coherence between orthogonal polarization states.

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。

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