RADIATIVE CONVECTIVE EQUILIBRIUM-MODELS OF URANUS AND NEPTUNE

[1] RADIATIVE CONVECTIVE EQUILIBRIUM-MODELS OF JUPITER AND SATURN [J]. ICARUS, 1984, 59 (03) : 336 - 366

[2] APPLEBY JF, 1980, THESIS STATE U NEW Y

[3] PHOTOLYSIS OF METHANE AND THE IONOSPHERE OF URANUS [J]. PLANETARY AND SPACE SCIENCE, 1983, 31 (08) : 939 - 944

[4] INTERPRETATION OF THE 6818.9-A-METHANE FEATURE OBSERVED ON JUPITER, SATURN, AND URANUS [J]. ICARUS, 1983, 56 (03) : 543 - 559

[5] THE STRUCTURE OF THE URANIAN ATMOSPHERE - CONSTRAINTS FROM THE GEOMETRIC ALBEDO SPECTRUM AND H-2 AND CH4 LINE-PROFILES [J]. ICARUS, 1986, 65 (2-3) : 406 - 441

[6] BELTON M, 1974, ATMOSPHERE URANUS, P124

[7] BELTON MJS, 1984, URANUS NEPTUNE, P327

[8] BERGSTRALH JT, 1986, UNPUB ICARUS

[9] BERGSTRALH JT, 1984, URANUS NEPTUNE, P179

[10] BEZARD B, 1985, NASA GISS C JOVIAN A

[1] RADIATIVE CONVECTIVE EQUILIBRIUM-MODELS OF JUPITER AND SATURN [J]. ICARUS, 1984, 59 (03) : 336 - 366

[2] APPLEBY JF, 1980, THESIS STATE U NEW Y

[3] PHOTOLYSIS OF METHANE AND THE IONOSPHERE OF URANUS [J]. PLANETARY AND SPACE SCIENCE, 1983, 31 (08) : 939 - 944

[4] INTERPRETATION OF THE 6818.9-A-METHANE FEATURE OBSERVED ON JUPITER, SATURN, AND URANUS [J]. ICARUS, 1983, 56 (03) : 543 - 559

[5] THE STRUCTURE OF THE URANIAN ATMOSPHERE - CONSTRAINTS FROM THE GEOMETRIC ALBEDO SPECTRUM AND H-2 AND CH4 LINE-PROFILES [J]. ICARUS, 1986, 65 (2-3) : 406 - 441

[6] BELTON M, 1974, ATMOSPHERE URANUS, P124

[7] BELTON MJS, 1984, URANUS NEPTUNE, P327

[8] BERGSTRALH JT, 1986, UNPUB ICARUS

[9] BERGSTRALH JT, 1984, URANUS NEPTUNE, P179

[10] BEZARD B, 1985, NASA GISS C JOVIAN A