6 things about Atmospheric Model
1. The app then uses 5 parameters for the chosen “base” planet: the Albedo (alpha), distance from the sun (r), extinction coefficients of two atmospheric layers (epsilon1, 2), and the solar constant S0 to calculate temperatures and radiative flux densities.
2. Start with a base planet, but realize this simple 2 layer model cannot accurately predict the surface temperatures of the gas giants or Venus.
3. For a single atmospheric layer Earth, changing the base value of epsilon = 0.78 to epsilon = 0.83 (d-epsilon = 0.05) gives an 3K T rise; roughly the equivalent of doubling [CO2] (and a forcing of 3.71 W/m2).
4. The base parameter values for Earth nicely calculate Ts, Te, and T1 (upper troposphere) values, and the model correctly predicts Te’s for all the planets.
5. The app uses a simple radiative transfer model for a planet with two leaky* atmospheric layers.
6. It begins by calculating Te, the emission temperature of the planet by using the Solar constant and planetary Albedo.
How to setup Atmospheric Model APK:
APK (Android Package Kit) files are the raw files of an Android app. Learn how to install atmospheric-model.apk file on your phone in 4 Simple Steps:
- Download the atmospheric-model.apk to your device using any of the download mirrors.
- Allow 3rd Party (non playstore) apps on your device: Go to Menu » Settings » Security » . Click "Unknown Sources". You will be prompted to allow your browser or file manager to install APKs.
- Locate the atmospheric-model.apk file and click to Install: Read all on-screen prompts and click "Yes" or "No" accordingly.
- After installation, the Atmospheric Model app will appear on the home screen of your device.
Is Atmospheric Model APK Safe?
Yes. We provide some of the safest Apk download mirrors for getting the Atmospheric Model apk.
