Vaporization Of Compounds And Alloys At High Temperatures Part IX. Correlation Of Dissociation Energies of Gaseous Molecule And Of Heats of Vaporization of Solids; Homonuclear Diatomic Molecules
Report Number: WADD TR 60-782 Part IX
Author(s): Verhaegen, G., Ackerman, M., Goldfinger, P., Stafford, F. E.
Corporate Author(s): Universite Libre de Bruxelles, Brussels, Belgium
Laboratory: Directorate of Materials and Processes
Date of Publication: 1962-05
Pages: 39
Contract: AF 61(052)-225
DoD Project: 7350
DoD Task: 735001
Identifier: AD0278830
Abstract:
Homonuclear diatomic molecules are classified according to the ratio α=ΔH°0(vap.M)/D°0(M2). For transition elements ΔH°0(vap.M)A-BΣiεi (M). Σiεi (M) the excitation energy of the free atom to a set of electronic levels; a and b are empirical parameters. Experimental conditions for observing unknown homonuclear diatomic molecules of transition elements are estimated for α=2 and 5, using a calculated self-consistent set of free energy functions.
Provenance: IIT
Author(s): Verhaegen, G., Ackerman, M., Goldfinger, P., Stafford, F. E.
Corporate Author(s): Universite Libre de Bruxelles, Brussels, Belgium
Laboratory: Directorate of Materials and Processes
Date of Publication: 1962-05
Pages: 39
Contract: AF 61(052)-225
DoD Project: 7350
DoD Task: 735001
Identifier: AD0278830
Abstract:
Homonuclear diatomic molecules are classified according to the ratio α=ΔH°0(vap.M)/D°0(M2). For transition elements ΔH°0(vap.M)A-BΣiεi (M). Σiεi (M) the excitation energy of the free atom to a set of electronic levels; a and b are empirical parameters. Experimental conditions for observing unknown homonuclear diatomic molecules of transition elements are estimated for α=2 and 5, using a calculated self-consistent set of free energy functions.
Provenance: IIT