✍ Scribed by Timothy C. Steimle; Wen-Lie Chang; David F. Nachman
No coin nor oath required. For personal study only.
The /I-doubling transitions for the J= I .5 rotational level of the X 2n,,2 state of gas phase copper monoxide, 63Cu0, has been recorded using microwave-optical double resonance (MODR) techniques. The low-frequency microwave radiation was introduced into the sample via a tri-plate transmission line. Magnetic hyperfine structure is resolved and an improved set of ground state spectroscopic parameters were obtained.
📜 SIMILAR VOLUMES
## Receivd 24 May 1474 An optical-optical "double-resonance" experiment has beendeveloped and successfully appticd to the tidy of vibrational lifetimes. This pulsed dual laser technique should be applicable to all species possess:kg resotvnbte aLlowed vibro;lic transitions and it permits the diiec
The RFhiDR tethniq,le is used to investigate the hydroxyl radical spectrum. The experiment allows to analyse the magnetic hyperfine structure forJ = 7/2 and 9/2 in the \*II,,, s&ate and gives more complete and accurate results than in previous works.
In a molecular-beam experiment on OH several pdoublet transition frequencies in the A 2 B 1, 2 state have been measured by a UV-microwave double-resonance technique. Accurate values for the p-doubling and hypertine constants have been obtained.
Two (A/, AK) = (2. -I)-lype vibralionally induced romlionnl transitions in Ihe us state 01 CDF, have been observed by CO2 laser-microwave double resonance. The observed microwave frequencies. combined with rhe available spoxroscopic dam. yield C, = 5673.214@5) MHz and D,, = 4.4(15) kHr.