摘要
报道了1 4 N1 6O2 ν3带 ( 0 0 1 - 0 0 0 )的 5组新的超高分辨激光磁共振谱线的观测 ,包括实验的背景、装置、方法和结果 .由于利用了内腔饱和吸收情况下的兰姆凹陷和最优化的相敏调制探测技术 ,所得光谱的分辨率达到了微波谱量级 .这些谱线是分析1 4 N1 6O2
This paper reports the measurement of five new sets of mid-infrared (MIR) laser magnetic resonance spectra (LMR) of the ν\-3 band (001-000) of \{\}\+\{14\}N\+\{16\}O\-2 in its ground electronic state. It details the research background, experimental apparatus, and some results obtained. With the intracavity saturated absorption technique employed and the conditions of the phase sensitive modulation detection optimized, spectra of very high sensitivity and resolution have been obtained. These spectra are eligible for studying the structure and Zeeman property of \{\}\+\{14\}N \+\{16\}O\-2. \;
出处
《波谱学杂志》
CAS
CSCD
北大核心
2000年第2期89-93,共5页
Chinese Journal of Magnetic Resonance
基金
国家自然科学基金!(No.1 970 4 0 1 6)
"九五"攀登计划资助项目
关键词
二氧化氮
激光磁共振
振转光谱
分子
Nitrogen dioxide, Laser magnetic resonance, Rovibrational spectrum
