Punti (4): Atmospheric Model (di Richard Loda) - (iOS App)

Risultati: 1 - 4 di 4

- 2,089 Luciole
- +1 2024-07-26 12:35:26 UTC
- Atmospheric Model
- iOS App: Istruzione di: Richard Loda
- Gratis 2024-07-26 06:20:02 UTC
- Listes: 0 + 0 Classificazioni: 0 Recensioni: 0
- Punti: 4 + 1 (5.0) Versione: 1.3 The app uses a simple radiative transfer model for a planet with two leaky* atmospheric layers. It begins by calculating Te, the emission temperature of the planet by using the Solar ...
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- 1,085 John Ludlow
- +1 2024-07-26 11:49:21 UTC
- Atmospheric Model
- iOS App: Istruzione di: Richard Loda
- Gratis 2024-07-26 06:20:02 UTC
- Listes: 0 + 0 Classificazioni: 0 Recensioni: 0
- Punti: 4 + 1 (5.0) Versione: 1.3 The app uses a simple radiative transfer model for a planet with two leaky* atmospheric layers. It begins by calculating Te, the emission temperature of the planet by using the Solar ...
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- 9,766 Pui Hang Choi
- +1 2024-07-26 10:13:57 UTC
- Atmospheric Model
- iOS App: Istruzione di: Richard Loda
- Gratis 2024-07-26 06:20:02 UTC
- Listes: 0 + 0 Classificazioni: 0 Recensioni: 0
- Punti: 4 + 1 (5.0) Versione: 1.3 The app uses a simple radiative transfer model for a planet with two leaky* atmospheric layers. It begins by calculating Te, the emission temperature of the planet by using the Solar ...
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- 912 Anil Thoria
- +1 2024-01-23 06:44:38 UTC
- Atmospheric Model
- iOS App: Istruzione di: Richard Loda
- Gratis 2024-07-26 06:20:02 UTC
- Listes: 0 + 0 Classificazioni: 0 Recensioni: 0
- Punti: 4 + 1 (5.0) Versione: 1.3 The app uses a simple radiative transfer model for a planet with two leaky* atmospheric layers. It begins by calculating Te, the emission temperature of the planet by using the Solar ...
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