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W. R. Jarmain

  • Transition probabilities of molecular band systems.  XVII: Tabulated Klein-Dunham potential energy functions for fifteen states of N2, N2+, NO, O2, C2, and OHTransition probabilities of molecular band systems. XVII: Tabulated Klein-Dunham potential energy functions for fifteen states of N2, N2+, NO, O2, C2, and OH
  • Transition probabilities of molecular band systems. IV. Calculation of intensities in the electronic spectra of Morse molecules (II)Transition probabilities of molecular band systems. IV. Calculation of intensities in the electronic spectra of Morse molecules (II)
  • Transition probabilities of molecular band systems. V. Collected Results N2, N2+, NO, O2+Transition probabilities of molecular band systems. V. Collected Results N2, N2+, NO, O2+
  • Transition probabilities of molecular band systems. VII. Two improvements in the analytic method of calculating approximate relative vibrational transition probabilitiesTransition probabilities of molecular band systems. VII. Two improvements in the analytic method of calculating approximate relative vibrational transition probabilities
  • Transition probabilities of molecular band systems. XIII. Collected results N2, NO, O2, O2+, OH, CO, CO+Transition probabilities of molecular band systems. XIII. Collected results N2, NO, O2, O2+, OH, CO, CO+
  • Transition probabilities of molecular band systems. XIV. r-Centroids: `Average' internuclear separations associated with molecular bandsTransition probabilities of molecular band systems. XIV. r-Centroids: `Average' internuclear separations associated with molecular bands