Pseudospectral techniques in minimum-variance calculations of electron-scattering cross sections.
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Biomedical subjects
CW McCurdy
Publications and source records attributed to CW McCurdy.
Dichotomy of the hydrogen atom in superintense, high-frequency laser fields.
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Complex-basis-function treatment of photoionization in the random-phase approximation.
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Interrelation between variational principles for scattering amplitudes and generalized R-matrix theory.
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Rigorous finite-basis-set approach to the calculation of the angular dependence of photoionization.
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Interfering resonances: Avoided crossings of autoionizing states in molecules.
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Normalization of resonance wave functions and the calculation of resonance widths.
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Locally complex distortions of the energy spectrum in the calculation of scattering amplitudes and photoionization cross sections.
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Extension of time-independent wave-operator methods to the calculation of the two-body Coulomb photoionization amplitude.
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Molecular photoionization cross sections by the complex-basis-function method.
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Improved impact-parameter method for electronic excitation and dissociation of diatomic molecules by electron impact.
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Electronic excitation and dissociation of O2 and S2 by electron impact.
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