Planetary Radiation Budgets - ceres

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Planetary Radiation Budgets - ceres

Planetary Radiation Budgets - ceres

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VENUS<br />

b V<br />

EARTH<br />

SUN<br />

b M<br />

CERES STM<br />

23-25 Sept. 2003<br />

MARS<br />

R. Kandel & M. Viollier<br />

<strong>Planetary</strong> <strong>Radiation</strong> <strong>Budgets</strong><br />

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CERES STM 23-25 Sept. 2003 R. Kandel & M. Viollier <strong>Planetary</strong> <strong>Radiation</strong> <strong>Budgets</strong> 8

VENUS b V EARTH SUN b M CERES STM 23-25 Sept. 2003 MARS R. Kandel & M. Viollier <strong>Planetary</strong> <strong>Radiation</strong> <strong>Budgets</strong> 9

Page 1 and 2: Planetary Radiation Budgets Robert
Page 3 and 4: Absorbed SW flux = ¼ ( S 0 /a 2 )
Page 5 and 6: Each radiance measured (e.g. from A
Page 7: Replacing the satellite by a much m
Page 11 and 12: PLANET Mercury Venus EARTH Mars Jup
Page 13 and 14: Bond albedo A = p q both geometric
Page 15 and 16: Bond albedo A = p q both geometric
Page 17 and 18: Radiation Balance R N = absorbed SW
Page 19 and 20: Jupiter’s Energy Balance : 12.6 i
Page 21 and 22: Error bars also needed for planetar
Page 23 and 24: 100 x ALBEDO 32 30 28 26 Example AL
Page 25 and 26: NET GLOBAL MEANS Example : Global r