Harrie Massey
Negative Ions
Harrie Massey
Negative Ions
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This 1976 book reflects how advancing technology facilitated experimental work on the properties of negative ions in gases.
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This 1976 book reflects how advancing technology facilitated experimental work on the properties of negative ions in gases.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 760
- Erscheinungstermin: 21. Februar 2011
- Englisch
- Abmessung: 216mm x 140mm x 40mm
- Gewicht: 938g
- ISBN-13: 9780521283175
- ISBN-10: 0521283175
- Artikelnr.: 33608533
- Verlag: Cambridge University Press
- Seitenzahl: 760
- Erscheinungstermin: 21. Februar 2011
- Englisch
- Abmessung: 216mm x 140mm x 40mm
- Gewicht: 938g
- ISBN-13: 9780521283175
- ISBN-10: 0521283175
- Artikelnr.: 33608533
Preface
1. Introduction - the negative ion of hydrogen (H-)
2. Ground states of complex atomic negative ions - theoretical considerations
3. The electron affinities of the elements
4. Atomic negative ions - excited states - autodetachment, general account
5. Autodetaching states of specific atomic negative ions
6. Molecular negative ions - grounds states
7. Excited electronic states of molecular negative ions
8. Modes of formation of negative ions - formation by radiative processes - radiative attachment and polar photodissociations
9. Modes of formation of negative ions - formation by three-body collisions of electrons - electron affinity
10. Formation of negative ions by capture of bound electrons
11. Detachment of electrons from negative ions - photodetachment, field detachment and detachment by electron impact
12. Detachment, charge transfer and other reactions between negative ions and neutral systems at low and intermediate energies
13. Detachment, charge transfer and other reactions involving negative ions- collisions at high impact energies
14. Recombinations of negative and positive ions - mutual neutralization
15. Negative ions in electric discharges, planetary and stellar atmospheres, trace analysis and tandem accelerators
References
Author index
Subject index.
1. Introduction - the negative ion of hydrogen (H-)
2. Ground states of complex atomic negative ions - theoretical considerations
3. The electron affinities of the elements
4. Atomic negative ions - excited states - autodetachment, general account
5. Autodetaching states of specific atomic negative ions
6. Molecular negative ions - grounds states
7. Excited electronic states of molecular negative ions
8. Modes of formation of negative ions - formation by radiative processes - radiative attachment and polar photodissociations
9. Modes of formation of negative ions - formation by three-body collisions of electrons - electron affinity
10. Formation of negative ions by capture of bound electrons
11. Detachment of electrons from negative ions - photodetachment, field detachment and detachment by electron impact
12. Detachment, charge transfer and other reactions between negative ions and neutral systems at low and intermediate energies
13. Detachment, charge transfer and other reactions involving negative ions- collisions at high impact energies
14. Recombinations of negative and positive ions - mutual neutralization
15. Negative ions in electric discharges, planetary and stellar atmospheres, trace analysis and tandem accelerators
References
Author index
Subject index.
Preface
1. Introduction - the negative ion of hydrogen (H-)
2. Ground states of complex atomic negative ions - theoretical considerations
3. The electron affinities of the elements
4. Atomic negative ions - excited states - autodetachment, general account
5. Autodetaching states of specific atomic negative ions
6. Molecular negative ions - grounds states
7. Excited electronic states of molecular negative ions
8. Modes of formation of negative ions - formation by radiative processes - radiative attachment and polar photodissociations
9. Modes of formation of negative ions - formation by three-body collisions of electrons - electron affinity
10. Formation of negative ions by capture of bound electrons
11. Detachment of electrons from negative ions - photodetachment, field detachment and detachment by electron impact
12. Detachment, charge transfer and other reactions between negative ions and neutral systems at low and intermediate energies
13. Detachment, charge transfer and other reactions involving negative ions- collisions at high impact energies
14. Recombinations of negative and positive ions - mutual neutralization
15. Negative ions in electric discharges, planetary and stellar atmospheres, trace analysis and tandem accelerators
References
Author index
Subject index.
1. Introduction - the negative ion of hydrogen (H-)
2. Ground states of complex atomic negative ions - theoretical considerations
3. The electron affinities of the elements
4. Atomic negative ions - excited states - autodetachment, general account
5. Autodetaching states of specific atomic negative ions
6. Molecular negative ions - grounds states
7. Excited electronic states of molecular negative ions
8. Modes of formation of negative ions - formation by radiative processes - radiative attachment and polar photodissociations
9. Modes of formation of negative ions - formation by three-body collisions of electrons - electron affinity
10. Formation of negative ions by capture of bound electrons
11. Detachment of electrons from negative ions - photodetachment, field detachment and detachment by electron impact
12. Detachment, charge transfer and other reactions between negative ions and neutral systems at low and intermediate energies
13. Detachment, charge transfer and other reactions involving negative ions- collisions at high impact energies
14. Recombinations of negative and positive ions - mutual neutralization
15. Negative ions in electric discharges, planetary and stellar atmospheres, trace analysis and tandem accelerators
References
Author index
Subject index.