### Submissions from 1993

Photoabsorption Spectra of Atoms in Parallel Electric and Magnetic Fields, J. M. Mao, K. A. Rapelje, S. J. Blodgett-Ford, John B. Delos, A. König, and H. Rinneberg

Photodetachment cross section of H- in crossed electric and magnetic fields. II. Quantum formulas and their reduction to the result of the closed-orbit theory., Aaron D. Peters and J. B. Delos

Photodetachment Cross Section of H- in Crossed Electric and Magnetic Fields. I. Closed-Orbit Theory, Aaron D. Peters and John B. Delos

Photodetachment Cross Section of H- in Crossed Electric and Magnetic Fields. II. Quantum Formulas and Their Reduction to the Result of the Closed-Orbit Theory, Aaron D. Peters and John B. Delos

### Submissions from 1992

Closed-Orbit Theory of Oscillations in Atomic Photoabsorption Cross Sections in a Strong Electric Field. II. Derivation of Formulas, J. Gao and John B. Delos

Closed-Orbit Theory of Oscillations in Atomic Photoabsorption Cross Sections in a Strongelectric Field. I. Comparison Between Theory and Experiments on Hydrogen and Sodium Above Threshold, J. Gao, John B. Delos, and M. Baruch

Hamiltonian Bifurcation Theory of Closed Orbits in the Diamagnetic Kepler Problem, J. M. Mao and John B. Delos

### Submissions from 1989

Mechanism of Collisionally-Induced Transitions Among Fine-Structure Levels: Semiclassical Calculations of Alignment Effects in the Na-He System, Laurie J. Kovalenko, Stephen R. Leone, and John B. Delos

### Submissions from 1988

Atomic Electrons in Strong Magnetic Fields: Transition from Elliptical to Helical Behavior., John B. Delos, Stephen Knudson, Shena Sikora, Robert Leonard Waterland, and S. Whitworth

Effect of Closed Classical Orbits on Quantum Spectra: Ionization of Atoms in a Magnetic Field. II. Derivation of Formulas, M. L. Du and John B. Delos

Effect of Closed Classical Orbits on Quantum Spectra: Ionization of Atoms in a Magnetic Field. I. Physical Picture and Calculations, M. L. Du and John B. Delos

Laser-induced Collisional Detachment, D. Luo, John B. Delos, and S. Geltman

Semiclassical Interpretation of Eigenvectors for Excited Atoms in External Fields, Robert Leonard Waterland, M. L. Du, and John B. Delos

### Submissions from 1987

Catastrophes and Stable Caustics in Bound States of Hamiltonian Systems, J. B. Delos

Catastrophes and Stable Caustics in Bound States of Hamiltonian Systems, John B. Delos

Collisions of F+ with Ne, M. Hottoka, B. Roos, John B. Delos, R. Srivastava, R. B. Sharma, and W. Koshi

High Rydberg States of an Atom in Parallel Electric and Magnetic Fields, Robert L. Waterland, John B. Delos, and M. L. Du

### Submissions from 1986

Probability Conservation in Theories of Collisional Ionization and Detachment., M. L. Du. and J. B. Delos

Probability Conservation in Theories of Collisional Ionization and Detachment, M. L. Du and John B. Delos

Bound State Semiclassical Wave Functions, Stephen Knudson, John B. Delos, and D. W. Noid

Electron Detachment in Negative-Ion Collisions. III. Model Calculations., T. S. Wang and John B. Delos

### Submissions from 1985

Semiclassical Calculation of Quantum-Mechanical Wave Functions for a Two-Dimensional Scattering System, Stephen Knudson, John B. Delos, and B. Bloom

### Submissions from 1984

Atlas of High Resolution Infrared Spectra of Carbon Dioxide: February 1984 Edition, D. Chris Benner

Trajectories of an Atomic Electron in a Magnetic Field., J. B. Delos, Stephen Knudson, and D. W. Noid

Trajectories of an Atomic Electron in a Magnetic Field, John B. Delos, Stephen Knudson, and D. W. Noid

Electron Detachment in Negative-Ion Collisions. II. The Dynamical Complex Potential, T. S. Wang and John B. Delos

Electron Detachment in Negative-Ion Collisions. I. Time-dependent theory and Models for a Propagator, T. S. Wang and John B. Delos

Construction of a Multidimensional Potential Energy Surface from an Energy Spectrum, Robert Leonard Waterland and John B. Delos

### Submissions from 1983

Atlas of High Resolution Infrared Spectra of Carbon Dioxide: February 1983 Edition, D. Chris Benner

Highly Excited Atoms in a Strong Magnetic Field, J. B. Delos, Stephen Knudson, and D. W. Noid

Highly excited states of a hydrogen atom in a strong magnetic field., J. B. Delos, Stephen Knudson, and D. W. Noid

Quantum Theory of Slow Atomic Collisions, John B. Delos

Highly Excited States of a Hydrogen Atom in a Strong Magnetic Field, John B. Delos, Stephen Knudson, and D. W. Knudson

Electron Detachment for H-(D-) in Collisions with Ne, T. S. Wang and John B. Delos

### Submissions from 1981

Theory of Near-Adiabatic Collisions III. Coupled Equations Arising from Expansions Involving Single-Center States., J. B. Delos

Theory of Electronic Excitations in Slow Atomic Collisions, John B. Delos

Theory of Near-Adiabatic Collisions. III. Coupled Equations Arising from Expansions Involving Single-Center States, John B. Delos

### Submissions from 1979

Diabatic and Adiabatic Representations for Atomic Collision Processes, John B. Delos and W. R. Thorson

Semiclassical Calculations of Vibrational Energy Levels for Non-Separable Systems Using the Birkhoff-Gustavson Normal Form, Randall T. Swimm and John B. Delos

### Submissions from 1978

Theory of Near-Adiabatic Collisions I. Electron-Translation-Factor Method., W. R. Thorson and J. B. Delos

Theory of Near-Adiabatic Collisions II. Scattering Coordinate Method., W. R. Thorson and J. B. Delos

Theory of Near-Adiabatic Collisions. I. Electron-Translation-Factor Method, W. R. Thorson and John B. Delos

Theory of Near-Adiabatic Collisions. II. Scattering Coordinate Method, W. R. Thorson and John B. Delos

### Submissions from 1977

Generalization of the Rosen-Zener Model of Noncrossing Interactions. II. Differential Cross Sections., T. R. Dinterman and John B. Delos

Generalization of the Rosen-Zener Model of Noncrossing Interactions. I. Total Cross Sections, T. R. Dinterman and John B. Delos

### Submissions from 1975

Semiclassical Calculation of Regge Poles, John B. Delos and C. E. Carlson

### Submissions from 1974

Studies of the Potential Curve Crossing Problem. III. Collisional Spectroscopy of Close Crossings, John B. Delos

Electron Detachment in Low-Energy Collisions of H- and D- with He, S. K. Lam, J. B. Delos, L. Champion, and L. D. Doverspike

Electron Detachment in Low-Energy Collisions of H- and D- with He, S. K. Lam, John B. Delos, L. Champion, and L. D. Doverspike

### Submissions from 1973

On the Reactions of N2 with O, John B. Delos

### Submissions from 1972

Semiclassical Theory of Inelastic Collisions II. Momentum Space Formulation, John B. Delos and Walter R. Thorson

Solutions of the Two-State Potential-Curve-Crossing Problem, John B. Delos and W. R. Thorson

Studies of the Potential Curve Crossing Problem II. General Theory and a Model for Close Crossings, John B. Delos and W. R. Thorson

Semiclassical Theory of Inelastic Collisions I. Classical Picture and Semiclassical, John B. Delos, W. R. Thorson, and Stephen Knudson

### Submissions from 1971

Studies of the Potential Curve Crossing Problem I. Analysis of Stueckelberg's Method, W. R. Thorson, John B. Delos, and Seth A. Boorstein