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Multiband study of radio sources of the rcr catalogue with virtual observatory tools

机译:使用虚拟天文台工具对rcr目录的无线电源进行多波段研究

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We present early results of our multiband study of the RATAN Cold Revised (RCR) catalogue obtained from seven cycles of the "Cold" survey carried with the RATAN-600 radio telescope at 7.6 cm in 1980-1999, at the declination of the SS 433 source. We used the 2MASS and LAS UKIDSS infrared surveys, the DSS-II and SDSS DR7 optical surveys, as well as the USNO-B1 and GSC-II catalogues, the VLSS, TXS, NVSS, FIRST and GB6 radio surveys to accumulate information about the sources. For radio sources that have no detectable optical candidate in optical or infrared catalogues, we additionally looked through images in several bands from the SDSS, LAS UKIDSS, DPOSS, 2MASS surveys and also used co-added frames in different bands. We reliably identified 76% of radio sources of the RCR catalogue. We used the ALADIN and SAOImage DS9 scripting capabilities, interoperability services of ALADIN and TOPCAT, and also other Virtual Observatory (VO) tools and resources, such as CASJobs, NED, Vizier, and WSA, for effective data access, visualization and analysis. Without VO tools it would have been problematic to perform our study.
机译:我们介绍了RATAN冷修正(RCR)目录的多波段研究的早期结果,该研究是从1980-1999年在SS 433偏角下使用RATAN-600射电望远镜在7.6 cm处进行的“冷”调查的七个周期获得的。资源。我们使用2MASS和LAS U​​KIDSS红外勘测,DSS-II和SDSS DR7光学勘测以及USNO-B1和GSC-II目录,VLSS,TXS,NVSS,FIRST和GB6无线电勘测来积累有关资料来源。对于在光学或红外目录中没有可检测光学候选物的无线电源,我们还通过SDSS,LAS U​​KIDSS,DPOSS,2MASS调查的几个波段中的图像进行了查看,并使用了不同波段中的共加帧。我们可靠地确定了RCR目录中76%的无线电源。我们使用ALADIN和SAOImage DS9脚本功能,ALADIN和TOPCAT的互操作性服务以及其他虚拟天文台(VO)工具和资源(例如CASJobs,NED,Vizier和WSA)进行有效的数据访问,可视化和分析。没有VO工具,进行我们的研究将会有问题。

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