Interatomic potentials of A 30+ and B 31 states of HgHe, HgNe, and HgAr van der Waals complexes

Kaoru Yamanouchi; Shinji Isogai; Misaki Okunishi; Soji Tsuchiya

doi:10.1063/1.454637

Interatomic potentials of A ³0⁺ and B ³1 states of HgHe, HgNe, and HgAr van der Waals complexes

Kaoru Yamanouchi, Shinji Isogai, Misaki Okunishi, Soji Tsuchiya

Research output: Contribution to journal › Article › peer-review

105 Citations (Scopus)

Abstract

Rotational structures of A-X and B-X vibronic transitions of HgHe, HgNe, and HgAr van der Waals (vdW) complexes formed in supersonic free jets have been investigated. An analysis of the rotational contours shows that rotational structures for the six isotopic species, ^mHgHe, ^mHgNe, or ^mHgAr (m = 204,202,201,200,199, and 198), are overlapped, and the observed isotopic splittings are utilized for the definite assignment of the vibrational quantum numbers in the A and B states. Based on the vibrational level spacings and the rotational constants, interatomic potentials for the A and B states of HgNe and HgAr are determined with good accuracy. In the case of the B state of the ¹⁹⁹HgRg and ²⁰¹HgRg (Rg = Ne or Ar), magnetic dipole hyperfine splittings are observed and analyzed.

Original language	English
Pages (from-to)	205-212
Number of pages	8
Journal	The Journal of chemical physics
Volume	88
Issue number	1
DOIs	https://doi.org/10.1063/1.454637
Publication status	Published - 1988 Jan 1
Externally published	Yes

ASJC Scopus subject areas

Physics and Astronomy(all)
Physical and Theoretical Chemistry

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10.1063/1.454637

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title = "Interatomic potentials of A 30+ and B 31 states of HgHe, HgNe, and HgAr van der Waals complexes",

abstract = "Rotational structures of A-X and B-X vibronic transitions of HgHe, HgNe, and HgAr van der Waals (vdW) complexes formed in supersonic free jets have been investigated. An analysis of the rotational contours shows that rotational structures for the six isotopic species, mHgHe, mHgNe, or mHgAr (m = 204,202,201,200,199, and 198), are overlapped, and the observed isotopic splittings are utilized for the definite assignment of the vibrational quantum numbers in the A and B states. Based on the vibrational level spacings and the rotational constants, interatomic potentials for the A and B states of HgNe and HgAr are determined with good accuracy. In the case of the B state of the 199HgRg and 201HgRg (Rg = Ne or Ar), magnetic dipole hyperfine splittings are observed and analyzed.",

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AU - Yamanouchi, Kaoru

AU - Isogai, Shinji

AU - Okunishi, Misaki

AU - Tsuchiya, Soji

PY - 1988/1/1

Y1 - 1988/1/1

N2 - Rotational structures of A-X and B-X vibronic transitions of HgHe, HgNe, and HgAr van der Waals (vdW) complexes formed in supersonic free jets have been investigated. An analysis of the rotational contours shows that rotational structures for the six isotopic species, mHgHe, mHgNe, or mHgAr (m = 204,202,201,200,199, and 198), are overlapped, and the observed isotopic splittings are utilized for the definite assignment of the vibrational quantum numbers in the A and B states. Based on the vibrational level spacings and the rotational constants, interatomic potentials for the A and B states of HgNe and HgAr are determined with good accuracy. In the case of the B state of the 199HgRg and 201HgRg (Rg = Ne or Ar), magnetic dipole hyperfine splittings are observed and analyzed.

AB - Rotational structures of A-X and B-X vibronic transitions of HgHe, HgNe, and HgAr van der Waals (vdW) complexes formed in supersonic free jets have been investigated. An analysis of the rotational contours shows that rotational structures for the six isotopic species, mHgHe, mHgNe, or mHgAr (m = 204,202,201,200,199, and 198), are overlapped, and the observed isotopic splittings are utilized for the definite assignment of the vibrational quantum numbers in the A and B states. Based on the vibrational level spacings and the rotational constants, interatomic potentials for the A and B states of HgNe and HgAr are determined with good accuracy. In the case of the B state of the 199HgRg and 201HgRg (Rg = Ne or Ar), magnetic dipole hyperfine splittings are observed and analyzed.

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Interatomic potentials of A ³0⁺ and B ³1 states of HgHe, HgNe, and HgAr van der Waals complexes

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