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System State Daemons: Select a Material Model to Launch

System State Daemons: Select a Material Model to Launch. Gas Models. PC Model. SL Model. Pure Gas Models. Gas Mixture Models. General Mixture. Binary Mixture. IG Model. RG Model. PG Model. RG+RG Model. IG+IG Model. PG+PG Model. n-IG Model. MA Model. n-PG Model. n-IGE Model.

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System State Daemons: Select a Material Model to Launch

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  1. System State Daemons: Select a Material Model to Launch Gas Models PC Model SL Model Pure Gas Models Gas Mixture Models General Mixture Binary Mixture IG Model RG Model PG Model RG+RG Model IG+IG Model PG+PG Model n-IG Model MA Model n-PG Model n-IGE Model

  2. Flow State Daemons: Select a Material Model to Launch Gas Models PC Model SL Model Pure Gas Models Gas Mixture Models General Mixture Binary Mixture IG Model RG Model PG Model RG+RG Model IG+IG Model PG+PG Model n-IG Model MA Model n-PG Model n-IGE Model

  3. Open steady

  4. Single-Flow Daemons: Select a Material Model to Launch Gas Models PC Model SL Model Pure Gas Models Gas Mixture Models General Mixture Binary Mixture IG Model RG Model PG Model RG+RG Model IG+IG Model PG+PG Model n-IG Model n-PG Model

  5. Gas Models Non-Mixing Multi-Flow Daemons: Select a Material Model to Launch Two Different Fluids Two Identical Fluids PC Model SL Model IG Model RG Model PG Model SL+SL Model PC+PC Model PC+IG Model PC+SL Model SL+IG Model IG+IG Model PG+PG Model RG+RG Model Binary Mixture General Mixture

  6. Gas Models Mixing Multi-Flow Daemons: Select a Material Model to Launch Two Different Fluids Two Identical Fluids PC Model SL Model IG Model RG Model PG Model IG+IG Model PG+PG Model RG+RG Model Binary Mixture General Mixture

  7. Closed Process

  8. Closed Process Daemons: Select a Material Model to Launch Gas Models PC Model SL Model Pure Gas Models Gas Mixture Models General Mixture Binary Mixture IG Model RG Model PG Model RG+RG Model IG+IG Model PG+PG Model n-IG Model n-PG Model

  9. Gas Models Non-Mixing Closed-Process Daemons:Select a Material Model to Launch Two Different Fluids Two Identical Fluids PC Model SL Model IG Model RG Model PG Model SL+SL Model PC+PC Model PC+IG Model PC+SL Model SL+IG Model IG+IG Model PG+PG Model RG+RG Model Binary Mixture General Mixture

  10. Gas Models Mixing Closed-Process Daemons: Select a Material Model to Launch Two Different Fluids Two Identical Fluids PC Model SL Model IG Model RG Model PG Model IG+IG Model PG+PG Model RG+RG Model Binary Mixture General Mixture

  11. Gas Models Semi-Mixing Closed-Process Daemons: Select a Material Model to Launch Two Different Fluids Two Identical Fluids PC Model SL Model IG Model RG Model PG Model IG+IG Model PG+PG Model RG+RG Model Binary Mixture General Mixture

  12. Open Process

  13. Open Process Daemons: Select a Material Model to Launch Gas Models PC Model Pure Gas Models Gas Mixture Models General Mixture Binary Mixture IG Model RG Model PG Model RG+RG Model IG+IG Model PG+PG Model n-IG Model n-PG Model

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