The gas composition of jupiter derived from 5-μm airborne spectroscopic observations

Icarus

Volumn 66, Issue 3, 1986, Pages 579-609

  Bjoraker, Gordon L ^c   Larson, Harold P ^a   Kunde, Virgil G ^b  

^a UNIVERSITY OF ARIZONA   (United States)

^b NASA GODDARD SPACE FLIGHT CENTER   (United States)

^c NONE

Author keywords

[No Author keywords available]

Indexed keywords

EID: 0000398583     PISSN: 00191035     EISSN: 10902643     Source Type: Journal    
DOI: 10.1016/0019-1035(86)90093-X     Document Type: Article

References (81)

1. Solar-system abundances of the elements
2. Photochemistry and clouds of Jupiter, Saturn, and Uranus
3. The translational-rotational absorption spectrum of hydrogen
4. 3 bands
5. Chemical structure of the deep atmosphere of Jupiter
6. Detection of carbon monoxide in Jupiter
7. 3D and the D/H ratio in Jupiter
8. 3D phase
9. The abundance of carbon monoxide in Jupiter
10. Phosphine absorption in the 5-μm window of Jupiter
11. Theory of lineshape in pressure-induced absorption
12. The gas composition and vertical cloud structure of Jupiter's troposphere derived from five micron spectroscopic observations
13. The abundance and distribution of water vapor in Jupiter's atmosphere
14. 2 with phosphine and implications for Jovian atmospheric modeling
15. Plasma Observations near Jupiter: initial results from Voyager 1
16. Extreme ultraviolet observations from Vpyager 1 encounter with Jupiter
17. Physical and chemical fraction of deuterium in the interstellar medium
18. Methane line profiles near 1.1 micron as a probe of the Jupiter cloud structure and C/H ratio
19. Elemental and nuclidic abundances in the solar system
20. 3D
21. A method for the determination of abundance ratios in the outer planets—Application to Jupiter
22. Comparison of the thermal and nonthermal radiation charactetistics of Jupiter at 6, 11, and 21 cm with model calculations
23. Models of the millimeter-centimeter spectra of the giant planets
24. The abundance of water on Jupiter from the Voyager IRIS data at 5 μm
25. 4 abundances on Jupiter from the Voyager IRIS data at 4.5 μm
26. On the C/H and D/H ratios in the atmospheres of Jupiter and Saturn
27. Chemical probes of Saturn's deep atmosphere
28. 4
29. Diphosphine is an intermediate in the photolysis of phosphine to phosphorus and hydrogen
30. Mechanism of phosphine photolysis: Application to Jovian atmospheric photochemistry
31. 3 photolysis in the atmospheres of Jupiter and Saturn
32. Deuterated methane observed on Saturn
33. 3 spectrum in Saturn's 5 micron window
34. Germane in the atmosphere of Jupiter
35. −1
36. The helium abundance of Jupiter from Voyager
37. The C/H ratio in Jupiter from the Voyager infrared investigation
38. Cosmological implications of helium and deuterium abundances on Jupiter and Saturn
39. Cosmologonical implications of elemental and isotopic abundances in atmospheres of the giant planets
40. 4 band of methane
41. Photometric observations of Jupiter at 2400 Angstroms
42. Theoretical predictions of deuterium abundances in the Jovian planets
43. The Jovian meteoroid environment
44. La banque de donnees GEISA
45. The GEISA Spectroscopic Line Parameters Data Bank in 1984
46. Jupiter's atmosphere: Observations and interpretation of the microwave spectrum near 1.25 cm wavelength
47. −1 spectra
48. Voyager IRIS measurements of the Jovian atmosphere
49. Direct integration transmittance model
50. 2O) and the Jovian D/H isotopic ratio
51. Element abundances in the solar photosphere VIII Revised abundances of carbon nitrogen and oxygen
52. 2S
53. Infrared Fourier spectrometer for laboratory use and for astronomical studies from aircraft and ground-based telescopes
54. Evidence for CO in Jupiter's atmosphere from airborne spectroscopic observations at 5 microns
55. Detection of water vapor on Jupiter
56. Phosphine in Jupiter's atmosphere The evidence from high altitude observations at 5 microns
57. 4
58. Observability of spectroscopically active compounds in the atmosphere of Jupiter
59. The atmosphere of Jupiter An analysis of the Voyager radio occultation measurements
60. Detection of HD on Saturn and Uranus and the D/H ratio
61. Ammonia vertical density profiles in Jupiter and Saturn from their radioelectric and infrared emissivities
62. Study of the ammonia ice cloud layer in the equatorial region of Jupiter from the infrared interferometric experiment on Voyager
63. The rotation-vibration spectrum of HD Wavelength and intensity measurements of the 3-0 4-0 5-0 and 6-0 electric dipole bands
64. Photochemistry of phosphine and Jupiter's Great Red Spot
65. Solar abundances: A new table (October 1976)
66. Carbon monoxide in Jupiter's upper atmosphere An extraplanetary source
67. Carbon monoxide on Jupiter and implications for atmospheric convection
68. Phosphine on Jupiter and implications for the Great Red Spot
69. The 800–1200 inverse centimeter absorption spectrum of Jupiter
70. The sunlit lunar surface II: A study of far infrared brightness temperatures
71. Jupiter's atmospheric composition and cloud structure deduced from absorption bands in reflected sunlight
72. Photochemistry of the reducting atmospheres of Jupiter Saturn and Titan
73. The Galilean satellites as a source of CO in the Jovian upper atmosphere
74. Summary of historical data: Interpretation of the Pioneer and Voyager cloud configurations in a time-dependent framework
75. The D/H ratio in the atmosphere of Uranus: Detection of the R5(1) line of HD
76. Observation of HD on Jupiter and the D/H ratio
77. 2 data
78. The ratio of deuterium to hydrogen in interstellar space