新发现超新星遗迹光谱图:AT2019fya、SN2019fjp、SN2019fcc、SN2019fbv、SN2019ffi和SN2019fce的研究

B. J. R. Raquel, Agnes C. Bantaculo, Shane Carlo B. Llemit, Eldrin P. Custodio
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引用次数: 0

摘要

本文介绍了最近发现的超新星遗迹(AT2019fya, SN2019fjp, SN2019fcc, SN2019fce, SN2019fbv和SN2019ffi)的光谱图,用于测定存在的元素。研究人员使用光谱图分析来分析单个超新星遗迹(SNR)中某些元素的存在,以同化、区分和分类这些SNR。利用观测到的波长和剩余波长比,还得到了这些信噪比的红移和速度。比较表明,AT2019fya是II型超新星遗迹,本研究中的一些信噪比在其组成中显示出氪(Kr)的存在,这是M. Barlow(2013)最近在蟹状星云中发现的。这可能表明,AT2019fya、SN2019fbv、SN2019fce和SN2019ffi的中心有一颗脉冲星。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigations of Recently Discovered Supernova Remnants’ Spectral Plot: AT2019fya, SN2019fjp, SN2019fcc, SN2019fbv, SN2019ffi, and SN2019fce
This paper presents the spectroscopic graphs of recently discovered Supernova Remnants (AT2019fya, SN2019fjp, SN2019fcc, SN2019fce, SN2019fbv & SN2019ffi) for the determination of elements present. The researchers use the spectral plot analysis to analyze the presence of certain elements of the individual supernova remnants (SNR) for the assimilation, differentiation and classification of these SNR. Redshift and velocities of these SNR were also found using the observed wavelength and the rest wavelength ratio. Comparison suggests that AT2019fya is a Type II supernova remnant and some of the SNRs in this study exhibits an existence of krypton (Kr) on their composition which is recently discovered by M. Barlow (2013) to be present at the Crab Nebula. This might suggest that AT2019fya, SN2019fbv, SN2019fce, and SN2019ffi have a pulsar at their center.
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