Explore planetary atmospheres with a radiative transfer model. Calculate emission temperatures and flux densities, then modify parameters like albedo and solar constant to simulate atmospheric changes and their effects on climate.
1.3
January 21, 2024
Improved UI for both Light and Dark modes.
Atmospheric Model uses a radiative transfer model to simulate planetary atmospheres. It helps users calculate emission temperatures and flux densities, and explore how changes in parameters like albedo and solar constant affect climate.
Yes, the app allows you to calculate Earth's 'natural' 33K greenhouse effect by comparing scenarios with and without an atmosphere. You can also modify parameters to see the effect of absorbing gases.
You can choose any of the 9 planets in our solar system as a base for your simulations. Additionally, the app allows you to create and simulate planets of your own making.
Runs saved within Atmospheric Model can be exported to a .csv file. This allows for detailed spreadsheet analysis, enabling users to examine and compare data from different simulation scenarios.
The app is a simple two-layer model and cannot accurately predict the surface temperatures of gas giants or Venus. It's designed for educational exploration rather than precise scientific forecasting for all celestial bodies.
The latest version, 1.3, was released on January 21, 2024. Updates typically address bug fixes and potential feature enhancements to improve the user experience and model accuracy.
Atmospheric Model has an age rating of 4+, making it accessible for a wide range of users. Its educational content is designed to be understandable for students and curious individuals alike.
No, Atmospheric Model does not contain advertisements. It is a completely free application, allowing users to explore its features without interruption.
