1) H spectral lines
氢光谱线
1.
Study on the broadening mechanism of H spectral lines in SIH_4 laser Plasma;
SIH_4激光等离子体氢光谱线的加宽机制
2) Hydrogen spectrum
氢光谱
1.
By measuring the wavelength of hydrogen spectrum line,the J R Rydbery constant are calculated Three methods which are used to calculate the class A uncertainty of hydrogen for J R Rydbery constant were discussed.
通过测量氢光谱可见谱线的波长,较准确测定了氢的里德伯常数,并对计算氢的里德伯常数A类不确定度的三种方法进行了讨论。
3) optic spectrum line
光谱谱线
1.
Orientation of optic spectrum line is affected on silt of monochromaticity and size of CCD photosensitive unit.
CCD作为光谱分析和测色仪器的光谱接收器件 ,光谱谱线定位受单色仪狭缝和CCD光敏元尺寸影响。
4) H_2 and O_2 multiplex CARS
氢氧CARS光谱
5) hydrogen atomic spectrum
氢原子光谱
1.
Talking about electric applied force line and hydrogen atomic spectrum;
浅谈电的作用力线与氢原子光谱
2.
On quantum physics development from the perspective of the Five-step advancement of hydrogen atomic spectrum;
从氢原子光谱的五步进展看量子物理的发展
3.
This article demonstrates the method of simulating the calibration curve of hydrogen atomic spectrum using the Lorentz dispersion relation.
本文介绍了如何利用折射率的洛伦茨色散关系拟合氢原子光谱实验的定标曲线的方法。
6) Spectral line database
光谱谱线表
补充资料：共振光谱线
原子的基态与激发态间电偶极跃迁产生的波长最长的谱线，通常这条谱线的强度最强。例如氢原子中的赖曼系第一条光谱线,钠原子主线系中的黄色D双线（见原子光谱、氢原子光谱、碱金属原子光谱）。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条