Rotationally Resolved REMPI Spectroscopy of the \tildeA^1 A_2 \leftarrow \tildeX^1 A_1\left(4_0^2\right) Magnetic Dipole Transition of Formaldehyde and Formaldehyde-d<sub>2</sub>

Li Xiaonong; Xie Xingbin; Li Li; Zhang Cunhao

Li Xiaonong, Xie Xingbin, Li Li, Zhang Cunhao. Rotationally Resolved REMPI Spectroscopy of the $\tilde{A}^1 A_2 \leftarrow \tilde{X}^1 A_1\left(4_0^2\right)$ Magnetic Dipole Transition of Formaldehyde and Formaldehyde-d2[J]. Chinese Journal of Chemical Physics , 1991, 4(4): 235-240.

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Rotationally Resolved REMPI Spectroscopy of the \tildeA^1 A_2 \leftarrow \tildeX^1 A_1\left(4_0^2\right) Magnetic Dipole Transition of Formaldehyde and Formaldehyde-d₂

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The \tildeA^1 A_2 \leftarrow \tildeX^1 A_1\left(4_0^2\right) magnetic dipole transitions of formaldehyde and formaldehyde-d₂ have been investigated via 1+3 photon REMPI spectroscopy. Rotationally resolved spectra (resolution: 0.04cm^-1) have been obtained and completely assigned. The rotational structure of the 4² level of the A¹A₂ state has been fitted with asymmetric top constants A,B, and C, the band center v₀, and centrifugal constants D_K, D_JK, andD_J.

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Rotationally Resolved REMPI Spectroscopy of the \tildeA^1 A_2 \leftarrow \tildeX^1 A_1\left(4_0^2\right) Magnetic Dipole Transition of Formaldehyde and Formaldehyde-d2

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Rotationally Resolved REMPI Spectroscopy of the \tildeA^1 A_2 \leftarrow \tildeX^1 A_1\left(4_0^2\right) Magnetic Dipole Transition of Formaldehyde and Formaldehyde-d₂