Stability of two fluid wheel flows with an imposed uniform axial magnetic field
Stability of incompressible two-fluid wheel flows with imposed uniform axial magnetic field for gas core nuclear rockets
Monnin, C. F.↗
Engineering topics
Monnin, C. F.
Publications and source records attributed to Monnin, C. F..
Stability of two-fluid wheel flows with an imposed uniform axial magnetic field
Hydrodynamic stability and vortex containment of two fluid wheel flow to helical disturbances contained by axial magnetic field
Monnin, C. F.↗
Energy transfer and ion cost in a hydrogen plasma
Energy transfer and ion cost in hydrogen plasma
Monnin, C. F.↗
Molecular hydrogen inelastic electron impact cross sections - A semiclassical method.
Electron impact cross sections for diatomic molecule ionization and excitation from modified Gryzinski theory, discussing results from molecular models
Hettel, H. J.↗
Energy required for proton production by electron impact in mixtures of atomic and molecular hydrogen.
Energy required for proton and molecular hydrogen ion production by electron impact in tenuous hydrogen plasma using Maxwellian electron gas model
Monnin, C. F.↗
Estimation of electron impact excitation cross sections of molecular hydrogen
Cross section calculations for electron impact ionization and excitation of hydrogen molecules
ELECTRON IMPACT↗
Comparison of Gryzinski and Born cross sections for the metastable 2s state of atomic hydrogen
Excitation and ionization cross sections for electron scattering in metastable hydrogen atom calculated by Born approximation and Gryzinski semiclassical theory
ATOMIC EXCITATION↗
Energy required for proton production by electron impact in mixtures of atomic and molecular hydrogen
Energy requirements for proton production by electron impact of hydrogen plasma
Monnin, C. F.↗
Stability of two-fluid wheel flows
Stability of incompressible two-fluid wheel flow to very small helical disturbances
INCOMPRESSIBLE FLOW↗
Comparison of gryzinski's and born's approximations for inelastic scattering in atomic hydrogen
Comparison of Gryzinski and Born experimental approximations of excitation cross section from inelastic scattering in atomic hydrogen
HYDROGEN ATOM↗