THE MID-INFRARED FREQUENCY STANDARD USING 14NmO(m=16,17,18) SPECTRAL LINES
Liu Yu-yan (刘煜炎)ab, Liu Hong-ping (刘红平)a, Guo Yuan-qing (郭远清)a, Lin Jie-li (林洁丽)a, Liu Xiao-yong (刘效庸)a, Huang Guang-ming (黄光明)a, Li Feng-yan (李奉延)a, Li Jin-rui (李津蕊)a
a Laboratory of Magnetic and Atomic & Molecular Physics, Wuhan Institute of Physics and Mathematics, Chinese Academy of Sciences, Wuhan 430071, China; b Department of Physics, Huangzhong Normal University, Wuhan 430079, China
Abstract Based on the global analysis of all available and reliable data for isotopic species 14NmO(m=16,17,18), the 14N16O rovibrational spectral lines are calculated with very high accuracy and completely agree with previous results. These lines with relative intensities can be achieved as an infrared frequency standard in the spectral range 1600-5600 cm-1. The calculated rovibrational transitions of 14NmO(m=17,18) have the same accuracy as that for 14N16O although their data are rare due to their small natural abundance.
Received: 15 August 1999
Accepted manuscript online:
Fund: Project supported in part by the Natural Sciences Foundation of China (Grant No. 19874092)
Cite this article:
Liu Yu-yan (刘煜炎), Liu Hong-ping (刘红平), Guo Yuan-qing (郭远清), Lin Jie-li (林洁丽), Liu Xiao-yong (刘效庸), Huang Guang-ming (黄光明), Li Feng-yan (李奉延), Li Jin-rui (李津蕊) THE MID-INFRARED FREQUENCY STANDARD USING 14NmO(m=16,17,18) SPECTRAL LINES 2000 Chinese Physics 9 184
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