Symmetric gaseous diffusion coefficients.
Kinetic theory development of equations for multicomponent gaseous mixtures symmetric diffusion coefficients
Curtiss, C. F.↗
Engineering topics
Curtiss, C. F.
Publications and source records attributed to Curtiss, C. F..
Molecular collisions. VIII.
Molecular collisions, formulating description as set of differential equations and developing eigenvectors and eigenvalues of Hermitian matrix associated with coupling
Curtiss, C. F.↗
Molecular collisions. VII - Nuclear spin and statistics effects.
Nuclear spin effect on expressions for molecular collisions scattering cross sections using diagrammatic techniques
Biolsi, L.↗
Fluid flow of liquid plutonium alloys in an oscillating-cup viscosimeter.
Liquid Pu alloys viscosity measurement from fluid flow behavior in oscillating cup viscosimeter, discussing abnormalities related to oscillation period and temperature
Curtiss, C. F.↗
Molecular collisions. VI - Diagrammatic methods.
Degeneracy averaged cross sections for collisions between diatomic molecules reformulated, using diagrammatic methods to manipulate vector coupling coefficients
Curtiss, C. F.↗
Collisional transfer contributions in the quantum theory of transport coefficients.
Transport coefficients for gases investigated for addition of collision transfer contributions to phase-space transformation functions
Curtiss, C. F.↗
Molecular collisions. V.
Transport coefficient expressions for collisions between rigid diatomic molecules, using perturbation method
TRANSPORT COEFFICIENT↗
Quantum-mechanical kinetic theory of loaded spheres. II.
Quantum mechanical kinetic theory of gas loaded spheres to obtain limit of transport coefficients and relaxation time
KINETIC THEORY↗
Quantum-mechanical kinetic theory of loaded spheres.
Quantum mechanical calculation of transport coefficients of gas of loaded spheres, obtaining scattering amplitudes and cross sections
TRANSPORT COEFFICIENT↗
Transport phenomena in gases.
Nonequilibrium statistical mechanics of nonreacting gases, discussing transport phenomena in dilute and moderately dense gases
Curtiss, C. F.↗
Numerical evaluation of barrier penetration and resonance effects on phase shifts.
Quantum mechanical calculations for Lennard- Jones potential show dependence of barrier penetration and resonance effects on phase shifts
NUMERICAL INTEGRATION↗
Low-energy atomic collisions. I - The Schroedinger equation for H super plus -H.
Low energy atomic collisions, considering Schroedinger equation for proton interchange
ATOMIC COLLISION↗
Numerical evaluation of barrier penetration and resonance effects on phase shifts
Quantum mechanical calculations to evaluate barrier penetration and resonance effects on phase shifts
MOLECULAR INTERACTION↗
Quantum-mechanical Boltzmann equation.
Equation for singlet distribution function as quantum-mechanical analog of Boltzmann equation
BOLTZMANN EQUATION↗
Phase shifts and the quantum-mechanical hamilton-jacobi equation.
Phase shift method using integration of quantum- mechanical Hamilton-Jacobi equation applied to particles interacting through Lennard-Jones potential
PHASE SHIFT↗
The transport properties of a moderately dense lennard-jones gas.
Numerical evaluation of first and second order density corrections for transport coefficients of gas of Lennard-Jones molecules
GAS DENSITY↗
The quantum mechanical boltzmann equation
Quantum mechanical Boltzmann equation derivation from N-particle Schroedinger equation
QUANTUM MECHANICS↗
Kinetic theory of dense gases. iv - transport virial coefficients.
Generalized Enskog equation solution containing transport virial coefficients with density corrections for three-body collision effects
TRANSPORT COEFFICIENT↗