求出了共振荧光的谱线结构，各谱线的权重比及各谱线的弛豫速率。
The spectral construction of resonance fluorescence in the system has been found the ratio of weight of intension and relaxation rate of the spectra are calculated.
“全景地图显示其结构和能量谱线根本和所有的预测模型完全不一样，”新墨西哥州阿拉莫斯国家实验室的项目论文合著者赫伯特·福斯滕（HerbertFunsten）说道。
“Our maps show structure and energy spectra that are completely different from what any model has predicted,” says study co-author Herbert Funsten of the Los Alamos National Laboratory in New Mexico.
根据本样品的单晶结构数据对谱线指派和有关穆斯堡尔参数作了阐述。
The assignment of iron absorption doublets and the obtained Mssbauer parameters are discussed based on the single crystal structure data of the sample studied in this work.
文中报道了三原子共振荧光由七条谱线组成，每条谱线又有自己的精细结构。
It is found that the resonance fluorescence in a three-atom system consists of seven lines and each line has its own fine construction.
本文用17O-NMR研究了饮用水所具有的团簇结构特征与谱线半峰宽的关系。
The relationships of Using 17O - NMR to study drinking water cluster structure between full width at half maximum intensity.
除此之外，还可利用多条谱线的同时观测，获得有关磁力线管结构等方面的资料。
In addition the structure of magnetic flux tube is provided also by simultaneous observation of quite a few lines.
利用可调谐二极管激光器为探测光源，直接测量了氧碘化学激光器的增益谱线的精细结构及其各谱线所占比例。
We firstly measured gain spectra of chemical oxygen-iodine laser by a tunable diode laser driven by a signal generator and got relative percentages of gain spectra.
采用傅里叶变换红外光谱仪(FTIR)对样品进行化学结构分析并且根据谱线计算了不同热处理下薄膜的亚胺化程度。
The chemical structure of the freestanding films was investigated with FTIR spectroscopy and the degree of imidization was calculated.
简要描述了北京谱仪(BES)主漂移室的结构和宇宙线实验安排，给出利用宇宙线测试主漂移室性能的主要结果。
The structure of the BES main drift chamber and arrangement of cosmic ray tests have been described briefly. The main test results of the chamber performance have been given.
根据仪器结构讨论了狭缝对谱线的影响，给出了狭缝宽度和谱线宽度的对应关系，并对仪器谱面上的相对测量误差进行了分析。
According to the structure of instrument, the influence of the slit width on spectral line is discussed, the relative measurement error of instrument is also analyzed.
根据仪器结构讨论了狭缝对谱线的影响，给出了狭缝宽度和谱线宽度的对应关系，并对仪器谱面上的相对测量误差进行了分析。
According to the structure of instrument, the influence of the slit width on spectral line is discussed, the relative measurement error of instrument is also analyzed.
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