Matches in Harvard for { ?s ?p 5-4. Theoretical Aspects of Charge Transfer. 5-5. One-Electron Transfer Processes. 5-6. Multielectron Transfer Processes. 5-7. Ion-Molecule Transfer Processes. 5-8. Ion-Ion Charge Transfer -- Ch. 6. Negative Ions. 6-2. Structure and Spectra of Negative Ions. 6-3. Methods of Measurement of Electron Affinities. 6-4. Mechanisms for Formation of Negative Ions. 6-5. Mechanisms for Destruction of Negative Ions. 6-6. Experimental Methods for Study of Negative-Ion Formation. 6-7. Dissociative Attachment. 6-8. Data on Electron Attachment. 6-9. Three-Body Attachment. 6-10. Detachment Processes -- Ch. 7. Ion Transport in Gases; Ion-Molecule Reactions at Low Energies. pt. A. Ion Transport. 7-2. General Considerations. 7-3. Measurement of Ionic Transport Coefficients. 7-4. Theory of Ion Transport in Gases: Spherically Symmetric Potentials and Elastic Collisions. 7-5. Systems with Asymmetric Interaction Potentials; Systems in Which Inelastic Collisions Occur. 7-6. Laser Probing of Drifting Ions.. }
Showing items 1 to 2 of
2
with 100 items per page.
- catalog description "5-4. Theoretical Aspects of Charge Transfer. 5-5. One-Electron Transfer Processes. 5-6. Multielectron Transfer Processes. 5-7. Ion-Molecule Transfer Processes. 5-8. Ion-Ion Charge Transfer -- Ch. 6. Negative Ions. 6-2. Structure and Spectra of Negative Ions. 6-3. Methods of Measurement of Electron Affinities. 6-4. Mechanisms for Formation of Negative Ions. 6-5. Mechanisms for Destruction of Negative Ions. 6-6. Experimental Methods for Study of Negative-Ion Formation. 6-7. Dissociative Attachment. 6-8. Data on Electron Attachment. 6-9. Three-Body Attachment. 6-10. Detachment Processes -- Ch. 7. Ion Transport in Gases; Ion-Molecule Reactions at Low Energies. pt. A. Ion Transport. 7-2. General Considerations. 7-3. Measurement of Ionic Transport Coefficients. 7-4. Theory of Ion Transport in Gases: Spherically Symmetric Potentials and Elastic Collisions. 7-5. Systems with Asymmetric Interaction Potentials; Systems in Which Inelastic Collisions Occur. 7-6. Laser Probing of Drifting Ions.".
- catalog tableOfContents "5-4. Theoretical Aspects of Charge Transfer. 5-5. One-Electron Transfer Processes. 5-6. Multielectron Transfer Processes. 5-7. Ion-Molecule Transfer Processes. 5-8. Ion-Ion Charge Transfer -- Ch. 6. Negative Ions. 6-2. Structure and Spectra of Negative Ions. 6-3. Methods of Measurement of Electron Affinities. 6-4. Mechanisms for Formation of Negative Ions. 6-5. Mechanisms for Destruction of Negative Ions. 6-6. Experimental Methods for Study of Negative-Ion Formation. 6-7. Dissociative Attachment. 6-8. Data on Electron Attachment. 6-9. Three-Body Attachment. 6-10. Detachment Processes -- Ch. 7. Ion Transport in Gases; Ion-Molecule Reactions at Low Energies. pt. A. Ion Transport. 7-2. General Considerations. 7-3. Measurement of Ionic Transport Coefficients. 7-4. Theory of Ion Transport in Gases: Spherically Symmetric Potentials and Elastic Collisions. 7-5. Systems with Asymmetric Interaction Potentials; Systems in Which Inelastic Collisions Occur. 7-6. Laser Probing of Drifting Ions.".