The Measurement of Program Looping Speed in Digital Computers Through Matrix Inversion by Partitioning
Fortran II programs for measuring looping speed in digital computers through matrix inversion by partitioning
COMPUTER PROGRAM↗
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Gas-solid partition chromatography with real carrier gases.
Gas phase nonideality and mean column pressure effects on sample retention in gas-solid partition chromatographic systems with real carrier gases
ADSORPTION↗
Relative intensity calculations for carbon dioxide. I - Internal partition function. II - Relative intensity of carbon dioxide lines in vibration-rotation bands arising from transitions from the ground state and from the first excited state.
Internal and vibrational partition functions of carbon dioxide and rotational line intensities arising from transitions from ground and first excited states
GROUND STATE↗
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
PLASMA ACCELERATOR↗
Partition functions and thermodynamic properties to high temperatures for H sub 3 and H sub 2 ions
Partition functions and thermodynamic properties to high temperatures for hydrogen triatomic and diatomic molecular ions
Mc Bride, B. J.↗
Partition of recombination energy in the decaying rare-gas plasmas.
Partition of recombination energy among electrons and radiation in decaying rare gas plasmas
Chen, C. J.↗
Partition of recombination energy in the decaying rare gas plasmas.
Recombination energy partition in decaying rare gas plasmas noting dependence on electron density
Chen, C. J.↗
Lower bounds to eigenvalues of the Schroedinger equation. III - On the relationship between the method of intermediate Hamiltonians and the partitioning technique.
Schroedinger equation eigenvalues lower bounds, noting relationship between intermediate Hamiltonians method and partitioning technique
Wilson, T. M.↗
Partition function of the Morse vibrating- rotator model of a diatomic molecule.
Diatomic molecules vibration-rotation partition function calculation by model with Morse potential
Patch, R. W.↗
Partition functions of the ground electronic states of H sub 3 super plus and H sub 2 super plus.
Partition functions for ground electronic states of positive simple H and trihydrogen molecular ions
Patch, R. W.↗
Lower bounds to eigenvalues of the Schroedinger equation by the partitioning technique.
Lower bounds to eigenvalues of bounded self adjoint Hamiltonian calculated using partitioning technique
Wilson, T. M.↗
End effect in MHD ducts with non-conducting partitions
End effect in magnetohydrodynamic ducts with nonconducting partitions
Lavrentyev, I. V.↗
Partition Coefficients of Rare-Earth Elements and Barium Between Igneous Matrix Material and Rock-Forming-Mineral Phenocrysts - I
Partition coefficients between natural melts and plagioclase phenocrysts determined for rare earth elements and barium by mass spectrometry
Philpotts, J. A.↗
Genesis of Continental Diabases and Oceanic Tholeiites Considered in Light of Rare-Earth and Barium Abundances and Partition Coefficients
Continental diabases and oceanic tholeiites in light of rare earth and barium abundances and partition coefficients indicating fusion process
Philpotts, J. A.↗
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.↗
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.↗