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The STARK-B Database VAMDC Node

机译:Stark-B数据库VAMDC节点

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摘要

Accurate spectroscopic diagnostics and modelling require the knowledge of numerous collisional line profiles. The access to such data via an on line database is essential. The aim of STARK-B is to meet these needs for widths and shifts of "isolated" lines of neutral and ionized atoms due to electron and ion impacts. It is devoted to modelling and spectroscopic diagnostics of stellar atmospheres and envelopes, laboratory plasmas, laser equipments and technological plasmas. So, the range of temperatures and densities covered by the tables is broad and depends on the ionization degree of the radiating atom. STARK-B is a collaborative project between the Astronomical Observatory of Belgrade (AOB) and the laboratory LERMA at Observatory of Paris, which started at the end of 2008. STARK-B is a database of LERMA and a node of VAMDC (Virtual Atomic and Molecular Data Centre) and thus complies with the standards of the Virtual Observatories. This database opened at the end of 2008. Today, the database contains our calculated data for a various number of transitions of neutral or ionized atoms, published in more than 150 papers in international refereed journals. We continue to implement our previously published data, and the new ones as soon as they are published. A summary of the scientific objectives, the key points of the impact-semiclassical-perturbation method used for the calculations, the current state of development of our ongoing work and our plans for the future objectives of the database are presented. Finally, an example of the results of a query is displayed.
机译:准确的光谱诊断和建模需要了解众多碰撞线轮廓。通过在线数据库访问此类数据至关重要。 STARK-B的目的是满足由于电子和离子撞击导致的“隔离”中性和电离原子线的宽度和移位的这些需求。它致力于恒星大气和信封,实验室等离子体,激光设备和技术等离子体的建模和光谱诊断。因此,桌子覆盖的温度和密度范围宽泛,取决于辐射原子的电离程度。 Stark-B是贝尔格莱德(AOB)的天文观测所在的协作项目,并在巴黎天文台的实验室Lerma之间,该项目于2008年底开始。Stark-B是Lerma的数据库和VAMDC的节点(虚拟原子和分子数据中心)因此符合虚拟观察者的标准。该数据库于2008年底开幕。今天,数据库包含我们计算的中性或电离原子的各种转型的计算数据,该数据在国际被判决期刊中超过150篇论文发布。我们继续在发布后立即实施先前发布的数据和新的数据。科学目标的概述,展示了对计算的影响 - 半综合 - 扰动方法的关键点,呈现了我们正在进行的工作的当前发展状态以及我们对数据库的未来目标的计划。最后,显示查询结果的示例。

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