Low temperature condensation from the solar nebula

Icarus

Volumn 16, Issue 2, 1972, Pages 241-252

  Lewis, John S ^a,b  

^a Planetary Astronomy Laboratory Department of Earth and Planetary Sciences ^*  (United States)

^b MASSACHUSETTS INSTITUTE OF TECHNOLOGY   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 49649133953     PISSN: 00191035     EISSN: 10902643     Source Type: Journal    
DOI: 10.1016/0019-1035(72)90071-1     Document Type: Article

References (52)

1. Infrared photometry of Saturn, Titan, and the Rings
2. Experimental Oszillatorenstärken von FeII-Linien und die solare Eisenhäufigkeit
3. Influence of the satellite Io on Jupiter's decametric emission
4. Evidence for an atmosphere on Io
5. Photometric search for atmospheres on Europa and Ganymede
6. The oscillator-strength scale for FeI
7. Physico-chemical phenomena in comets—II. Gas absorption in the snows of the nucleus
8. Physico-chemical phenomena in comets—I. Experimental study of snows in a cometary environment
9. Modulation of Jupiter's decametric emission by the satellite Io
10. A search for an anomalous brightening of Io after eclipse
11. Abundances of iron and some other elements in the Sun and in meteorites
12. Revised solar iron abundance and its influence on the photospheric model
13. Abundances of iron in the solar photosphere. Remarks concerning a paper by John E. Ross (1970)
14. Albedo and thermal emission of Jovian satellites I→IV
15. Io a Jovian unipolar inductor
16. Forbidden lines of FeII in the solar photosphere spectrum
17. Spectrum of Ganymede in the region 1–1.7 μ
18. Albedo and Spectral Reflectivity of the Galilean Satellites of Jupiter
19. Galilean satellites: Narrowband photometry 0.30 to 1.10 microns
20. Galilean satellites: The spectral reflectivity 0.30–1.10 micron
21. Solar abundance of carbon, nitrogen, oxygen and helium
22. The abundance of neon in the Sun
23. The abundances of the elements in the solar photosphere I Carbon nitrogen and oxygen
24. The abundances of the elements in the solar photosphere II Sodium aluminum phosphorus sulfur and potassium
25. The abundances of the elements in the solar photosphere III Silicon
26. The abundances of the elements in the solar photosphere V The alkaline earths Mg Ca Sr Ba
27. Chemical fractionation in meteorites: I. Condensation of the elements
28. Chemical fractionations in meteorites: II. Abundance patterns and their interpretation
29. Chemical fractionations in meteorites: III. Major element fractionation in chondrites
30. A possible origin for sulfates and sulfur in meteorites
31. 2S systems
32. Observability of spectroscopically active compounds in the atmosphere of Jupiter
33. Satellites of the outer planets: Their physical and chemical nature
34. Satellites of the outer planets: Thermal models
35. Isotopic composition of sulfur and sulfate produced by oxidation of FeS
36. Jupiter's clouds: Structure and composition
37. Molecular equilibria and condensation in a solar nebula and cool stellar atmospheres
38. Saturn and its satellites Narrow band spectrophotometry (03–11 μ)
39. The occurence of gas hydrates in the Solar System
40. Thermal inertia of Ganymede from 20-micron eclipse radiometry
41. Observations of Jupiter and the Galilean satellites at 10 microns
42. Lack of a noticeable methane atmosphere on Triton
43. Inhomogeneous accretion of the Earth from the primitive solar nebula
44. The origin of some meteorites from the Moon
45. Photometric and Polarimetric Studies of Minor Planets and Satellites
46. The abundance of the elements in the solar photosphere IV The iron group
47. Photochemistry of planetary atmospheres
48. Shock-tube measurements of absolute gf-values for FeI