Electronic structure and luminescence of various carcinogens

Self-consistent field calculations were used to determine the bond orders of various aromatic hydrocarbons, some of which were carcinogenic. The phosphorescent half-lives of these compounds were determined experimentally and regression analysis was used to test first, the linear correlation of the phosphorescent half-lives of these compounds versus their carcinogenic indices and then to test the linear correlation of highest bond orders and the phosphorescent half-lives of these compounds versus their carcinogenic indices. Regression analysis was also used to test various combinations of electronic parameters and the phosphorescent half-lives of the compounds studied versus their carcinogenic indices

A study of the reaction between lead (II) bromide and organic amine hydrobromides

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Electronic structure and luminescence of various carcinogens

Self-consistent field calculations were used to determine the bond orders of various aromatic hydrocarbons, some of which were carcinogenic. The phosphorescent half-lives of these compounds were determined experimentally and regression analysis was used to test first, the linear correlation of the phosphorescent half-lives of these compounds versus their carcinogenic indices and then to test the linear correlation of highest bond orders and the phosphorescent half-lives of these compounds versus their carcinogenic indices. Regression analysis was also used to test various combinations of electronic parameters and the phosphorescent half-lives of the compounds studied versus their carcinogenic indices