Eckart vectors, Eckart frames, and polyatomic molecules Page 1 Eckart vectors, Eckart frames,
and polyatoinicrliolecules*' James D. Louck and Harold W. Galbraith Theoretical Division, Los …

The theory of transformation relations between states of Born Oppenheimer and weak
coupling approximations is developed for polyatomic molecules. The relations are a …

The dynamics of infrared multiphoton excitation and dissociation of SF, has been
investigated under collision free conditions by a crossed laser-molecular beam method. In …

In this chapter we consider the theory of the symmetry properties of nonrigid molecules
(NRMs). This problem has been widely discussed in recent years, with the interpretation and …

Cluster size effects are currently a subject of considerable interest in the literature. 1–4
Optical spectroscopy of chromophores embedded in clusters of the heavier rare gases has …

High‐resolution spectra of the infrared‐active stretching fundamental ν3 of 238UF6 have
been obtained between 620.6 and 633.5 cm− 1 using tunable semiconductor diode lasers …

The theoretical expression which relates the total strength of a vibration–rotation band of a
tetrahedral or octahedral molecule to an individual line strength and to an appropriate …

The quantum numbers (J values and octahedral symmetry types) of the SF 6 transitions from
the ground state to v 3= 1 that fall within±1.5 G Hz of the CO 2 P (14), P (18), and P (20) laser …

The strongest portion of the 3ν 3 band of SF 6 has been recorded at T= 160 and 295 K with
Doppler-limited resolution using a tunable laser difference-frequency spectrometer. The …

An analysis has been made of the vibration-rotation structure of the ν 3 band of 32 SF 6 from
measurements, by saturated absorption spectroscopy, of the frequencies for 136 transitions …