The book reviews our present knowledge of collision-induced absorption of infrared
radiation in dense gases. The book starts with a recapitulation of essential background …

Remington and Schaefer. Observation of the hydrogen-bonded OH stretch in 30+·(20) 3 at
2670 cm" 1 confirmed the assignment of the low-resolution spectrum obtained by Schwarz …

The velocity dependence of the integral cross sections for the scattering of H atoms and
normal‐H2 molecules from the rare gases has been measured for primary beam velocities …

According to Pauling¹ there is a chemical bond whenever it is convenient for the chemist to
consider a molecular species, resulting from interatomic or intermolecular interactions, to be …

In a crossed molecular beam experiment time‐of‐flight distributions of ortho D2 molecules
scattered from normal H2 (n H2) and para H2 (p H2) have been measured in a center‐of …

We present the results of microwave and infrared spectroscopic studies of several van der
Waals complexes of NH3. These results were obtained with a molecular beam electric …

Conclusions To summarize, we have constructed a Jahn-Teller vibronic Hamiltonian that
successfully accounts for all of the resolved level structure of the Cu3 electronic ground …

There will be a series of papers presenting a large amount of results of collision calculations
of H2-H2 and isotopic systems done in the close coupling formalism, and by approximate …

A numerical method is presented which generates the rotovibrational (free-free) collision-
induced absorption (RV CIA) spectra of H2-H2 pairs in the fundamental band of hydrogen, at …

A method is developed for analyzing the discrete infrared absorption spectra of the van der
Waals complexes formed between H2 or D2 and Xe, Kr, Ar, or Ne. Its application involves …