Matches in Harvard for { ?s ?p 2-3. Experimental Considerations: State-to-State Techniques. pt. A. Excitation by Heavy Particle Impact. 2-4. Rotational Excitation. 2-5. Vibrational Excitation. 2-6. Electronic Excitation (Outer Shell). 2-7. Electronic Excitation (Inner Shell). 2-8. Alignment, Orientation, and State Multipoles in Heavy Particle Collisions. 2-9. Theory of Heavy Particle Excitation Processes. pt. B. Collisional and Field Dissociation. 2-10. Experiment. 2-11. Theory. pt. C. Energy Transfer in Heavy Particle Collisions. 2-13. Thermodynamic Equilibrium and Relaxation toward It. 2-14. Adiabaticity Parameter [actual symbol not reproducible] and Resonance Function R[actual symbol not reproducible]. 2-15. Theory of Energy Transfer Processes. 2-16. Experimental Studies -- Ch. 3. Chemical Dynamics and Chemical Reactions. pt. A. General Considerations. 3-2. Domain of Chemical Dynamics. 3-3. Basic Experimental Considerations. pt. B. Neutral-Neutral Reactions. 3-4. Reaction Mechanisms.. }
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- catalog description "2-3. Experimental Considerations: State-to-State Techniques. pt. A. Excitation by Heavy Particle Impact. 2-4. Rotational Excitation. 2-5. Vibrational Excitation. 2-6. Electronic Excitation (Outer Shell). 2-7. Electronic Excitation (Inner Shell). 2-8. Alignment, Orientation, and State Multipoles in Heavy Particle Collisions. 2-9. Theory of Heavy Particle Excitation Processes. pt. B. Collisional and Field Dissociation. 2-10. Experiment. 2-11. Theory. pt. C. Energy Transfer in Heavy Particle Collisions. 2-13. Thermodynamic Equilibrium and Relaxation toward It. 2-14. Adiabaticity Parameter [actual symbol not reproducible] and Resonance Function R[actual symbol not reproducible]. 2-15. Theory of Energy Transfer Processes. 2-16. Experimental Studies -- Ch. 3. Chemical Dynamics and Chemical Reactions. pt. A. General Considerations. 3-2. Domain of Chemical Dynamics. 3-3. Basic Experimental Considerations. pt. B. Neutral-Neutral Reactions. 3-4. Reaction Mechanisms.".
- catalog tableOfContents "2-3. Experimental Considerations: State-to-State Techniques. pt. A. Excitation by Heavy Particle Impact. 2-4. Rotational Excitation. 2-5. Vibrational Excitation. 2-6. Electronic Excitation (Outer Shell). 2-7. Electronic Excitation (Inner Shell). 2-8. Alignment, Orientation, and State Multipoles in Heavy Particle Collisions. 2-9. Theory of Heavy Particle Excitation Processes. pt. B. Collisional and Field Dissociation. 2-10. Experiment. 2-11. Theory. pt. C. Energy Transfer in Heavy Particle Collisions. 2-13. Thermodynamic Equilibrium and Relaxation toward It. 2-14. Adiabaticity Parameter [actual symbol not reproducible] and Resonance Function R[actual symbol not reproducible]. 2-15. Theory of Energy Transfer Processes. 2-16. Experimental Studies -- Ch. 3. Chemical Dynamics and Chemical Reactions. pt. A. General Considerations. 3-2. Domain of Chemical Dynamics. 3-3. Basic Experimental Considerations. pt. B. Neutral-Neutral Reactions. 3-4. Reaction Mechanisms.".