Since the publication of the proceedings of the Ljubljana symposium on hydrogen bonding by Hadzi [1] and the excellent book on the hydrogen bond by Pimentel and McClellan [2], a very large number of publications on the spectroscopic studies of hydrogen bonding have appeared in the literature. The present authors prepared a review on hydrogen bonding covering the period 1958–1963 for limited circulation [3]. In view of the very enthusiastic reception for this review by a number of workers and also the vast amount of published information on the subject after 1963, it was considered valuable to present an up-to-date review on the subject. The present review covers the period from 1958 to 1967 and embodies most of the studies on the hydrogen bond employing spectroscopic methods. The review does not include studies on crystals and macromolecules; hydrogen bonding in crystals has been recently reviewed by Hamilton and Ibers [4]. Electronic theories of the hydrogen bond have been reviewed by Bratoz [5]...

Spectroscopic studies of the hydrogen bond

The infrared spectra of solid methylammonium halides

Nanocomposites glass/conductive polymers

Sorption of aniline by montmorillonite was studied by infra-red, X-ray diffraction and differential thermal analysis methods. The amount of aniline sorbed and the type of bonding depend upon the interlayer cations: anilinium, H+- and Al3+- give anilinium aniline ions, NH44-ammonium aniline ions, alkalis and alkaline earths except Cs are bonded to aniline through water bridges and transition metal cations are coordinated to aniline partly directly and partly through water bridges. Sorption does not occur in the complete absence of water.

Sorption of Aniline by Montmorillonite

Anharmonicity and hydrogen bonding: Part III. Examples of strong bonds. General discussion

The infrared spectra of a number of amine hydrohalides have been measured in the lithium fluoride region.Hydrogen bonding and the torsional oscillations of the groups influence these spectra charac...

C. Brissette

Papers

Hydrogen bonding in the amine hydrohalides: ii. the infrared spectrum from 4000 to 2200 cm−1