Tutorial Examples: Difference between revisions
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- under construction! - |
- under construction! - |
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In this article several examples from different application areas in ICON-ART are presented. Just click on the highlighted text to get to the page of the respecting example. For every example a configuration is explained to try out typical cases in ICON-ART yourselves. Thereby, these pages can be viewed as a Tutorial in ICON-ART. |
In this article several examples from different topics and application areas in ICON-ART are presented, concerning the setup of a simulation as well as post processing and plotting. Just click on the highlighted text to get to the page of the respecting example. For every example a configuration is explained to try out typical cases in ICON-ART yourselves. Thereby, these pages can be viewed as a Tutorial in ICON-ART. |
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== Overview of topics == |
== Overview of Simulation topics == |
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=== Atmospheric Chemistry Simulations === |
=== Atmospheric Chemistry Simulations === |
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* click [[MECCA-based (full) Chemistry|here]] to see more details |
* click [[MECCA-based (full) Chemistry|here]] to see more details |
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==== Stratospheric Ozone |
==== [[Stratospheric Ozone Chemistry and Polar Stratospheric Clouds]] ==== |
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* here a simulation with only stratospheric (simplified) ozone chemistry is performed, also polar stratospheric clouds are taken into account |
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* Stratospheric Ozone chemistry (with linearized Ozone, LINOZ) |
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* this example teaches you... |
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** the implementation of stratospheric specific chemistry (here on thee example of ozone) |
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** applying linearized ozone chemistry (LINOZ) in a simulation |
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** the implementation of polar stratospheric clouds (PSCs) |
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* click [[Stratospheric Ozone Chemistry and Polar Stratospheric Clouds|here]] to see more details |
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==== [[Lifetime Tracer Simulation]] ==== |
==== [[Lifetime Tracer Simulation]] ==== |
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* here it is shown how to simulate a lifetime driven tracer with simplified chemistry in ICON-ART. Here the very short-lived substances Bromoform (<chem>CHBr3</chem>) and Dibromomethane (<chem>CH2Br2</chem>) are simulated. |
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* this example teaches you... |
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* the correct setup of the xml-file for such tracers. |
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* the |
** the correct setup of the xml-file for such tracers. |
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** the structure and correct usage of namelist parameter settings of lifetime tracers in xml-files |
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* editing output variables |
** editing output variables |
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* click [[Lifetime Tracer Simulation|here]] to see more details |
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== Overview of Post processing examples == |
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=== Chemical tracer distributions === |
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=== Aerosol Point Sources === |
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------ |
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<div class="toccolours mw-collapsible mw-collapsed"> |
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== Slides ICON-Training == |
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<div class="mw-collapsible-content"> |
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[[File:TD_slides_A.png|left]] |
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[[File:TD_slides_B.png|left]] |
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</div> |
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</div> |
Latest revision as of 07:07, 7 September 2023
- under construction! -
In this article several examples from different topics and application areas in ICON-ART are presented, concerning the setup of a simulation as well as post processing and plotting. Just click on the highlighted text to get to the page of the respecting example. For every example a configuration is explained to try out typical cases in ICON-ART yourselves. Thereby, these pages can be viewed as a Tutorial in ICON-ART.
Overview of Simulation topics
Atmospheric Chemistry Simulations
Simplified Chemistry
- here a simulation of the Hydroxylradical (OH) is performed with simplified chemistry
- this example teaches you...
- the basics of setting up an ICON runscript with ICON-ART settings
- the use of the most simple ICON-ART namelist parameter
- the implementation of the desired chemical species in a simulation by setting up a chemtracer xml-data for simplified chemistry simulations
- the implementation of emission data in a simulation
- click here to see more details
MECCA-based (full) Chemistry
- here a simulation with (full) MECCA-based chemistry is performed, for that a complete reaction mechanism is created and transferred to ICON-ART
- this example teaches you...
- the implementation of (full) MECCA-based chemistry in ICON-ART
- the creation of a chemical mechanism and the selection of the respective desired chemical species and their reactions in MECCA
- the implementation of not yet in MECCA implemented reactions in your mechanism
- the creation of the to your mechanism belonging Mecca-xml data to link MECCA calculations with ICON-ART
- click here to see more details
Stratospheric Ozone Chemistry and Polar Stratospheric Clouds
- here a simulation with only stratospheric (simplified) ozone chemistry is performed, also polar stratospheric clouds are taken into account
- this example teaches you...
- the implementation of stratospheric specific chemistry (here on thee example of ozone)
- applying linearized ozone chemistry (LINOZ) in a simulation
- the implementation of polar stratospheric clouds (PSCs)
- click here to see more details
Lifetime Tracer Simulation
- here it is shown how to simulate a lifetime driven tracer with simplified chemistry in ICON-ART. Here the very short-lived substances Bromoform () and Dibromomethane () are simulated.
- this example teaches you...
- the correct setup of the xml-file for such tracers.
- the structure and correct usage of namelist parameter settings of lifetime tracers in xml-files
- editing output variables
- click here to see more details
Aerosol Simulations
Simulating a Point Source
- In this example a Point Source is installed at the location of the volcano Raikoke and a constant emission of SO2 and Ash is emitted into the atmosphere.
- this example teaches you...
- How to setup and run your first Simulation
- The setup of the directory structure when doing an ICON-ART Simulation
- How to modify a runscript to suit your needs
- How to modify .xml data to set up a Simulation
- A possible approach to visualise the output data