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Inhaltsangabe
On Approximate Methods of Calculating the Excitation Cross Section of Atoms and Ions.- Effective Excitation and Ionization Cross Sections of Ions.- Unseparated Variables in the Problem of the Excitation of an Atom by Electron Impact.- The Role of Intermediate States in the Excitation of Atoms by Electron Impact.- The Quasi-classical Method in the Theory of Collisions of Atoms with Heavy Particles and Electrons.- Calculation of Effective Scattering Cross Sections Using Atomic Functions Which Consider the Interaction of Configurations.- Charge Exchange at Intermediate Collision Energies.- Broadening of Spectral Lines of Nonhydrogenic Ions.- On the Problem of the Interaction of Excited Atoms of Alkali Metals with Inert Gases.- Investigation of Transitions between Excited States of the Neon Atom during Collisions of Electrons.- Experimental Determination of the Matrix Elements of the Dipole Moment of an Electronic Transition in the System of Swan Bands of the C2 Molecule.
On Approximate Methods of Calculating the Excitation Cross Section of Atoms and Ions.- Effective Excitation and Ionization Cross Sections of Ions.- Unseparated Variables in the Problem of the Excitation of an Atom by Electron Impact.- The Role of Intermediate States in the Excitation of Atoms by Electron Impact.- The Quasi-classical Method in the Theory of Collisions of Atoms with Heavy Particles and Electrons.- Calculation of Effective Scattering Cross Sections Using Atomic Functions Which Consider the Interaction of Configurations.- Charge Exchange at Intermediate Collision Energies.- Broadening of Spectral Lines of Nonhydrogenic Ions.- On the Problem of the Interaction of Excited Atoms of Alkali Metals with Inert Gases.- Investigation of Transitions between Excited States of the Neon Atom during Collisions of Electrons.- Experimental Determination of the Matrix Elements of the Dipole Moment of an Electronic Transition in the System of Swan Bands of the C2 Molecule.
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