作者: R. Pearson , T. Sullivan , L. Frenkel
DOI: 10.1016/0022-2852(70)90025-1
关键词: Spectrum (functional analysis) 、 Distortion 、 Microwave 、 Support plane 、 Resonance 、 Physics 、 Analytical chemistry 、 Nuclear magnetic resonance
摘要: Abstract Rotational transitions observed between 125 and 302 GHz (J = 4 → 5 to J 11 12) have provided improved rotational centrifugal distortion constants for the (0 00 0), 11c 11d 20 22d 22c (1 0) vibrational levels of 14N2 16O. The splitting 22 state due l-type resonance is well resolved. Correlation Bv Dv studied. B0000 D0000 with 75% support plane confidence limits are 12 561.6338 ± 0.0006 MHz 5.282 0.004 KHz, respectively.