银河系动物园的宝石--一个广泛的哈勃空间望远镜填隙计划
Gems of the Galaxy Zoos -- a Wide-Ranging Hubble Space Telescope Gap-Filler Program
摘要：
我们描述了银河系动物园的宝石（动物园宝石）项目，一个填补空白的项目，在哈勃太空望远镜的时间表中使用短窗口。与以前的快照计划一样，目标是根据位置从一个池中提取的;我们结合了志愿者在银河动物园和无线电银河动物园公民科学项目中选择的对象。Zoo Gems使用Advanced Camera for Surveys（ACS）的曝光来解决星系形态，星际介质内容，活动星系核的宿主星系和星系演化等广泛的主题。科学案例包括研究星系的相互作用，星系中的背光尘埃，星暴后系统，环和特殊的螺旋图案，通常的颜色-形态关系的异常值，绿豆紧凑的星暴系统，螺旋宿主星系的双射电源，以及活动星系核周围的扩展发射线区域。对于这些科学类别中的许多类别，从更大的列表中最终选择目标是通过投票过程使用公众输入。到目前为止的亮点包括在蓝色的，显然是早期类型的星系中紧密缠绕的螺旋结构的流行，一个几乎完整的爱因斯坦环从一个群透镜，在较低的表面亮度周围的紧凑的绿豌豆星爆的红色组件，以及螺旋星系托管大型双射电源的高概率例子。
英文摘要：
We describe the Gems of the Galaxy Zoos (Zoo Gems) project, a gap-filler project using short windows in the Hubble Space Telescope's schedule. As with previous snapshot programs, targets are taken from a pool based on position; we combine objects selected by volunteers in both the Galaxy Zoo and Radio Galaxy Zoo citizen-science projects. Zoo Gems uses exposures with the Advanced Camera for Surveys (ACS) to address a broad range of topics in galaxy morphology, interstellar-medium content, host galaxies of active galactic nuclei, and galaxy evolution. Science cases include studying galaxy interactions, backlit dust in galaxies, post-starburst systems, rings and peculiar spiral patterns, outliers from the usual color-morphology relation, Green Pea compact starburst systems, double radio sources with spiral host galaxies, and extended emission-line regions around active galactic nuclei. For many of these science categories, final selection of targets from a larger list used public input via a voting process. Highlights to date include the prevalence of tightly-wound spiral structure in blue, apparently early-type galaxies, a nearly complete Einstein ring from a group lens, redder components at lower surface brightness surrounding compact Green Pea starbursts, and high-probability examples of spiral galaxies hosting large double radio sources.
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。
