Abstract

Conditions are described under which reaction of the 9-hydrate of aluminium nitrate with excess of dinitrogen pentoxide gives the 1 : 1 adduct Al(NO3)3,N2O5. The anhydrous nitrate can be obtained from this adduct by sublimation in a vacuum. The pentoxide bonds tenaciously to aluminium nitrate, and compounds Al(NO3)3,xN2O5(where O < x < 1) are usually the initial products. Reaction of aluminium bromide with chlorine nitrate, followed by sublimation, gave Al(NO3)3,0·4N2O5. The infrared spectrum of the 1 : 1 adduct identifies it as the salt (NO2+)[Al(NO3)4]–. This, and the salt (Et4N)[Al(NO3)4], are the first substantiated examples of the [Al(NO3)4]– ion. For the tetraethylammonium salt the infrared spectrum, the ultraviolet spectrum of solutions in acetonitrile, and the electrical conductivity of solutions in nitromethane are discussed.

Keywords

ChemistryAnhydrousAdductInorganic chemistryNitromethaneSublimation (psychology)NitrateHydratePerchlorateAluminiumSalt (chemistry)IonOrganic chemistry

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Publication Info

Year
1966
Type
article
Pages
1434-1434
Citations
16
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C. C. Addison, P. Michael Boorman, Norman Logan (1966). Anhydrous aluminium nitrate, and the nitronium and alkylammonium tetranitratoaluminates. Journal of the Chemical Society A Inorganic Physical Theoretical , 1434-1434. https://doi.org/10.1039/j19660001434

Identifiers

DOI
10.1039/j19660001434