T. W. Hartquist (ed.)A Volume Honouring Alexander Dalgarno
Molecular Astrophysics
A Volume Honouring Alexander Dalgarno
Herausgeber: Hartquist, T. W.
T. W. Hartquist (ed.)A Volume Honouring Alexander Dalgarno
Molecular Astrophysics
A Volume Honouring Alexander Dalgarno
Herausgeber: Hartquist, T. W.
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Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 504
- Erscheinungstermin: 30. April 2005
- Englisch
- Abmessung: 244mm x 170mm x 27mm
- Gewicht: 861g
- ISBN-13: 9780521017275
- ISBN-10: 0521017270
- Artikelnr.: 21920359
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- gpsr@libri.de
Part I. Molecular Clouds and the Distribution of Molecules in the Milky Way
and Other Galaxies: 1. Molecular clouds in the Milky Way P. Friberg and A.
Hjalmarson; 2. Molecules in galaxies L. Blitz; Part II. Diffuse Molecular
Clouds: 3. Diffuse cloud chemistry E. F. Van Dishoeck; 4. Observations of
velocity and density structure in diffuse clouds W. D. Langer; 5. Shock
chemistry in diffuse clouds T. W. Hartquist, D. R. Flower and G. Pineau des
Forets; Part III. Quiescent Dense Clouds: 6. Chemical modelling of
quiescent dense interstellar clouds T. J. Millar; 7. Interstellar grain
chemistry V. Buch; 8. Large molecules and small grains in astrophysics S.
H. Lepp; Part IV. Studies of Molecular Processes: 9. Molecular
photoabsorption processes K. P. Kirby; 10. Interstellar ion chemistry:
laboratory studies D. Smith, N. G. Adams and E. E. Ferguson; 11.
Theoretical considerations on some collisional processes D. R. Bates; 12.
Collisional excitation processes E. Roueff; 13. Neutral reactions at Low
and High Temperatures M. M. Graff; Part V. Atomic Species in Dense Clouds:
14. Observations of atomic species in dense clouds G. J. Melnick; 15.
Ultraviolet radiation in molecular clouds W. G. Roberge; 16. Cosmic ray
induced photodissociation and photoionization of interstellar molecules R.
Gredel; 17. Chemistry in the molecular cloud Barnard 5 S. B. Charnley and
D. A. Williams; 18. Molecular cloud structure, motions, and evolution P. C.
Myers; Part VI. H in Regions of Massive Star Formation: 19. Infrared
observations of line emission from molecular hydrogen T. R. Geballe; 20.
Shocks in dense molecular clouds D. F. Chernoff and C. F. McKee; 21.
Dissociative shocks D. A. Neufeld; 22. Infrared molecular hydrogen emission
from interstellar photodissociation regions A. Sternberg; Part VII.
Molecules Near Stars and in Stellar Ejecta: 23. Masers J. M. Moran; 24.
Chemistry in the circumstellar envelopes around mass-losing red giants M.
Jura; 25. Atoms and molecules in supernova 1987a R. McCray; Part VIII.
Moderately Ionized Gas and Chemistry at Large Redshifts: 26. Charge
transfer in astrophysical nebulae G. A. Shields; 27. Molecules at early
epochs J. H. Black.
and Other Galaxies: 1. Molecular clouds in the Milky Way P. Friberg and A.
Hjalmarson; 2. Molecules in galaxies L. Blitz; Part II. Diffuse Molecular
Clouds: 3. Diffuse cloud chemistry E. F. Van Dishoeck; 4. Observations of
velocity and density structure in diffuse clouds W. D. Langer; 5. Shock
chemistry in diffuse clouds T. W. Hartquist, D. R. Flower and G. Pineau des
Forets; Part III. Quiescent Dense Clouds: 6. Chemical modelling of
quiescent dense interstellar clouds T. J. Millar; 7. Interstellar grain
chemistry V. Buch; 8. Large molecules and small grains in astrophysics S.
H. Lepp; Part IV. Studies of Molecular Processes: 9. Molecular
photoabsorption processes K. P. Kirby; 10. Interstellar ion chemistry:
laboratory studies D. Smith, N. G. Adams and E. E. Ferguson; 11.
Theoretical considerations on some collisional processes D. R. Bates; 12.
Collisional excitation processes E. Roueff; 13. Neutral reactions at Low
and High Temperatures M. M. Graff; Part V. Atomic Species in Dense Clouds:
14. Observations of atomic species in dense clouds G. J. Melnick; 15.
Ultraviolet radiation in molecular clouds W. G. Roberge; 16. Cosmic ray
induced photodissociation and photoionization of interstellar molecules R.
Gredel; 17. Chemistry in the molecular cloud Barnard 5 S. B. Charnley and
D. A. Williams; 18. Molecular cloud structure, motions, and evolution P. C.
Myers; Part VI. H in Regions of Massive Star Formation: 19. Infrared
observations of line emission from molecular hydrogen T. R. Geballe; 20.
Shocks in dense molecular clouds D. F. Chernoff and C. F. McKee; 21.
Dissociative shocks D. A. Neufeld; 22. Infrared molecular hydrogen emission
from interstellar photodissociation regions A. Sternberg; Part VII.
Molecules Near Stars and in Stellar Ejecta: 23. Masers J. M. Moran; 24.
Chemistry in the circumstellar envelopes around mass-losing red giants M.
Jura; 25. Atoms and molecules in supernova 1987a R. McCray; Part VIII.
Moderately Ionized Gas and Chemistry at Large Redshifts: 26. Charge
transfer in astrophysical nebulae G. A. Shields; 27. Molecules at early
epochs J. H. Black.
Part I. Molecular Clouds and the Distribution of Molecules in the Milky Way
and Other Galaxies: 1. Molecular clouds in the Milky Way P. Friberg and A.
Hjalmarson; 2. Molecules in galaxies L. Blitz; Part II. Diffuse Molecular
Clouds: 3. Diffuse cloud chemistry E. F. Van Dishoeck; 4. Observations of
velocity and density structure in diffuse clouds W. D. Langer; 5. Shock
chemistry in diffuse clouds T. W. Hartquist, D. R. Flower and G. Pineau des
Forets; Part III. Quiescent Dense Clouds: 6. Chemical modelling of
quiescent dense interstellar clouds T. J. Millar; 7. Interstellar grain
chemistry V. Buch; 8. Large molecules and small grains in astrophysics S.
H. Lepp; Part IV. Studies of Molecular Processes: 9. Molecular
photoabsorption processes K. P. Kirby; 10. Interstellar ion chemistry:
laboratory studies D. Smith, N. G. Adams and E. E. Ferguson; 11.
Theoretical considerations on some collisional processes D. R. Bates; 12.
Collisional excitation processes E. Roueff; 13. Neutral reactions at Low
and High Temperatures M. M. Graff; Part V. Atomic Species in Dense Clouds:
14. Observations of atomic species in dense clouds G. J. Melnick; 15.
Ultraviolet radiation in molecular clouds W. G. Roberge; 16. Cosmic ray
induced photodissociation and photoionization of interstellar molecules R.
Gredel; 17. Chemistry in the molecular cloud Barnard 5 S. B. Charnley and
D. A. Williams; 18. Molecular cloud structure, motions, and evolution P. C.
Myers; Part VI. H in Regions of Massive Star Formation: 19. Infrared
observations of line emission from molecular hydrogen T. R. Geballe; 20.
Shocks in dense molecular clouds D. F. Chernoff and C. F. McKee; 21.
Dissociative shocks D. A. Neufeld; 22. Infrared molecular hydrogen emission
from interstellar photodissociation regions A. Sternberg; Part VII.
Molecules Near Stars and in Stellar Ejecta: 23. Masers J. M. Moran; 24.
Chemistry in the circumstellar envelopes around mass-losing red giants M.
Jura; 25. Atoms and molecules in supernova 1987a R. McCray; Part VIII.
Moderately Ionized Gas and Chemistry at Large Redshifts: 26. Charge
transfer in astrophysical nebulae G. A. Shields; 27. Molecules at early
epochs J. H. Black.
and Other Galaxies: 1. Molecular clouds in the Milky Way P. Friberg and A.
Hjalmarson; 2. Molecules in galaxies L. Blitz; Part II. Diffuse Molecular
Clouds: 3. Diffuse cloud chemistry E. F. Van Dishoeck; 4. Observations of
velocity and density structure in diffuse clouds W. D. Langer; 5. Shock
chemistry in diffuse clouds T. W. Hartquist, D. R. Flower and G. Pineau des
Forets; Part III. Quiescent Dense Clouds: 6. Chemical modelling of
quiescent dense interstellar clouds T. J. Millar; 7. Interstellar grain
chemistry V. Buch; 8. Large molecules and small grains in astrophysics S.
H. Lepp; Part IV. Studies of Molecular Processes: 9. Molecular
photoabsorption processes K. P. Kirby; 10. Interstellar ion chemistry:
laboratory studies D. Smith, N. G. Adams and E. E. Ferguson; 11.
Theoretical considerations on some collisional processes D. R. Bates; 12.
Collisional excitation processes E. Roueff; 13. Neutral reactions at Low
and High Temperatures M. M. Graff; Part V. Atomic Species in Dense Clouds:
14. Observations of atomic species in dense clouds G. J. Melnick; 15.
Ultraviolet radiation in molecular clouds W. G. Roberge; 16. Cosmic ray
induced photodissociation and photoionization of interstellar molecules R.
Gredel; 17. Chemistry in the molecular cloud Barnard 5 S. B. Charnley and
D. A. Williams; 18. Molecular cloud structure, motions, and evolution P. C.
Myers; Part VI. H in Regions of Massive Star Formation: 19. Infrared
observations of line emission from molecular hydrogen T. R. Geballe; 20.
Shocks in dense molecular clouds D. F. Chernoff and C. F. McKee; 21.
Dissociative shocks D. A. Neufeld; 22. Infrared molecular hydrogen emission
from interstellar photodissociation regions A. Sternberg; Part VII.
Molecules Near Stars and in Stellar Ejecta: 23. Masers J. M. Moran; 24.
Chemistry in the circumstellar envelopes around mass-losing red giants M.
Jura; 25. Atoms and molecules in supernova 1987a R. McCray; Part VIII.
Moderately Ionized Gas and Chemistry at Large Redshifts: 26. Charge
transfer in astrophysical nebulae G. A. Shields; 27. Molecules at early
epochs J. H. Black.