Ion drag and current partitioning at the cathode of a plasma accelerator.
Tangential drag measurements at electrodes of arc in plasma accelerator, ion current partitioning at cathode and electrode damage
Aisenberg, S.↗
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Relative intensity calculations for carbon dioxide. IV - Calculations of the partition function for isotopes of CO sub 2.
Relative intensities of lines in vibration and rotation bands of isotopic carbon dioxide in planet Venus, tabulating partition functions
Gray, L. D.↗
The computation of partition functions and thermochemistry data for atomic, ionic, diatomic, and polyatomic species
Computation of specific free energy and enthalpy for atomic, diatomic, and polyatomic species from partition functions
Horton, T. E.↗
New partitioning perturbation theory. 1 - General formalism
General formalism of partitioning perturbation theory - Part 1
Certain, P. R.↗
New partitioning perturbation theory. 2 - Example of almost degeneracy
Degeneracy applications to partitioning perturbation theory - Part 2
Certain, P. R.↗
New partitioning perturbation theory. 3 - Applications to electron exchange
Partitioning perturbation theory applied to electron exchange problems - Part 3
Certain, P. R.↗
Calculations of astrophysical partition functions
Internal energy partition function of atom or ion immersed in plasma - astrophysical application
Hagyard, M. J.↗
Effect of debris shielding on energy partition
Energy partitioning process under strong shielding with debris acting as energy sink
Laderman, A. J.↗
New partitioning perturbation theory. I
Partitioning formalism for degenerate, almost degenerate and electron exchange perturbation problems
Certain, P. R.↗
New partitioning perturbation theory. II
Coupled simple harmonic oscillators with almost degenerate energy levels, comparing partitioning perturbation techniques with Rayleigh- Schroedinger approach
Certain, P. R.↗
New partitioning perturbation theory. III
Partitioning perturbation theory for electron exchange problems, generalizing Hirschfelder- Silbey formalism
Certain, P. R.↗
Partition functions and equations of state in plasmas
Partition functions and equations of state of He, H, N, O, Ne, Ar, and solar plasmas - tables
Fischel, D.↗
On the rotational partition function for tetrahedral molecules
Tetrahedral molecules quantum mechanical rotational partition function, nuclear spin statistical weight factors and error bounds
Fox, K.↗
Partitioning of cations between coexisting single- and multi-site phases - A discussion
Cations partitioning between coexisting single and multisite phases in pyroxenes and olivines
Ghose, S.↗
Partition functions in ionizing plasmas
Ionizing plasmas partition functions, determining opacities and equations of state
Fischel, D.↗
Creep-fatigue analysis by strain-range partitioning
Creep-fatigue analysis by strain range partitioning, considering metals inelastic deformation at high temperature due to plastic flow
Halford, G. R.↗
Calculation of the partition function for super 14 N sub 2 super 16 O
Nitrous oxide internal and rotational partition functions for temperature range 200 to 350 K, using molecular constants tabulated by Pliva
Young, L. D. G.↗
Irradiation of linear polyethylene - Partitioning between sol and gel.
Molecular weight fractions of linear polyethylene were irradiated at 133 C, in the completely molten and highly crystalline states, for the purpose of assessing the importance of chain-scission processes and establishing the critical conditions for gelation. The partitioning between sol and gel in either state was found to adhere to the theory for the intermolecular cross-linking of monodisperse species for dosages just beyond the gel point. Deviations from theory occurred as the dosage was increased further. It was concluded that main-chain scission, at these temperatures, is not a significant process. High molecular weight samples in the completely molten state obeyed the Flory-Stockmayer condition for critical gelation.
Rijke, A. M.↗