LiDB: Database of molecular radiative lifetimes for plasma processes
LiDB: Database of molecular radiative lifetimes for plasma processes
复制标题
LiDB：等离子体过程分子辐射寿命数据库
DOI：
10.1088/1361-6595/aceeb0
复制
发表时间：
2023
影响因子：
3.8
通讯作者：
Owens A
中科院分区：
文献类型：
--
作者：
Owens A
LiDB是一个新开发的分子振动和振动态辐射寿命数据库。它的目的是使辐射效应能够在低温等离子体模型中正确捕获。使用ExoMol光谱数据库中全面且高度准确的分子谱线列表生成了36种分子的数据集。LiDB的主要数据输出是振动态分辨率下的辐射寿命。还提供了部分寿命，它给出了分子中主要衰变通道的信息。LiDB是免费提供给科学界和托管在www. exomol。com/lidb.用户可以动态查看分子数据集，或使用专门设计的应用程序编程接口进行数据请求。LiDB将在未来通过添加更多的分子、重要的同位素体以及中性和单电荷原子物种来继续扩展。
LiDB is a newly developed database of molecular vibrational and vibronic state radiative lifetimes. It has been created with the aim of enabling radiative effects to be properly captured in low-temperature plasma models. Datasets have been generated for 36 molecules using comprehensive and highly accurate molecular line lists from the ExoMol spectroscopic database. The main data output of LiDB is radiative lifetimes at vibrational state resolution. Partial lifetimes, which give information on the dominant decay channels in a molecule, are also provided. LiDB is freely available to the scientific community and is hosted at www. exomol. com/lidb. Users can dynamically view molecular datasets or use a specially-designed application programming interface to make data requests. LiDB will continue to expand in the future by adding more molecules, important isotopologues, and neutral and singly-charged atomic species.