Collisional-radiative model of a supersonic inductive plasma torch (data)
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| Autores principales: | , , , |
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| Formato: | Recurso digital |
| Lenguaje: | inglés |
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Zenodo
2025
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| _version_ | 1866902297211043840 |
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| author | Lafleur, Trevor Ait Ammar, Yani Pascale, Ashley Cormac, Corr |
| author_facet | Lafleur, Trevor Ait Ammar, Yani Pascale, Ashley Cormac, Corr |
| contents | <p>Datasets include experimental measurements and Collisional-Radiative Model (CRM) results in the open-access research paper:</p> <p>Y. Ait Ammar, A. Pascale, C. Corr, and T. Lafleur, "Collisional-radiative model of a supersonic inductive plasma torch", Plasma Sources Science and Technology, under review (2025) </p> <p>Specific files correspond to the following data:</p> <ol> <li>CRM_Figure_1.csv = Time-varying CRM results for the case shown in Figure 1.</li> <li>CRM_1_5mm_Nozzle.csv = CRM results at different RF powers and argon mass flow rates for a nozzle throat diameter of 1.5 mm.</li> <li>CRM_2_0mm_Nozzle.csv = CRM results at different RF powers and argon mass flow rates for a nozzle throat diameter of 2.0 mm.</li> <li>CRM_2_5mm_Nozzle.csv = CRM results at different RF powers and argon mass flow rates for a nozzle throat diameter of 2.5 mm.</li> <li>CRM_3_0mm_Nozzle.csv = CRM results at different RF powers and argon mass flow rates for a nozzle throat diameter of 3.0 mm.</li> <li>CRM_3_5mm_Nozzle.csv = CRM results at different RF powers and argon mass flow rates for a nozzle throat diameter of 3.5 mm.</li> <li>CRM_4_0mm_Nozzle.csv = CRM results at different RF powers and argon mass flow rates for a nozzle throat diameter of 4.0 mm.</li> <li>Experimental_Data.xlsx = Experimental data for different RF powers, argon mass flow rates, and nozzle throat diameter sizes.</li> <li>Experimental Spectrum_Figure_9.csv = Measured experimental emission spectrum for the case shown in Figure 9 of the above paper.</li> <li>CRM_Species_list.csv = List of all species included in the model and some of their properties as shown in Table I of the above paper.</li> <li>CRM_Collisional_Reaction_Processes.scv = Explicit list of all forward collisional reaction processes included in the model in Table II of the above paper, as well as the rate coefficients used.</li> <li>CRM_Radiative_Reaction_Processes.csv = Explicit list of all radiative reaction processes included in the model in Table III of the above paper.</li> </ol> <p> </p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_16756870 |
| institution | Zenodo |
| language | eng |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Collisional-radiative model of a supersonic inductive plasma torch (data) Lafleur, Trevor Ait Ammar, Yani Pascale, Ashley Cormac, Corr supersonic space propulsion collisional-radiative model plasma torch ICP <p>Datasets include experimental measurements and Collisional-Radiative Model (CRM) results in the open-access research paper:</p> <p>Y. Ait Ammar, A. Pascale, C. Corr, and T. Lafleur, "Collisional-radiative model of a supersonic inductive plasma torch", Plasma Sources Science and Technology, under review (2025) </p> <p>Specific files correspond to the following data:</p> <ol> <li>CRM_Figure_1.csv = Time-varying CRM results for the case shown in Figure 1.</li> <li>CRM_1_5mm_Nozzle.csv = CRM results at different RF powers and argon mass flow rates for a nozzle throat diameter of 1.5 mm.</li> <li>CRM_2_0mm_Nozzle.csv = CRM results at different RF powers and argon mass flow rates for a nozzle throat diameter of 2.0 mm.</li> <li>CRM_2_5mm_Nozzle.csv = CRM results at different RF powers and argon mass flow rates for a nozzle throat diameter of 2.5 mm.</li> <li>CRM_3_0mm_Nozzle.csv = CRM results at different RF powers and argon mass flow rates for a nozzle throat diameter of 3.0 mm.</li> <li>CRM_3_5mm_Nozzle.csv = CRM results at different RF powers and argon mass flow rates for a nozzle throat diameter of 3.5 mm.</li> <li>CRM_4_0mm_Nozzle.csv = CRM results at different RF powers and argon mass flow rates for a nozzle throat diameter of 4.0 mm.</li> <li>Experimental_Data.xlsx = Experimental data for different RF powers, argon mass flow rates, and nozzle throat diameter sizes.</li> <li>Experimental Spectrum_Figure_9.csv = Measured experimental emission spectrum for the case shown in Figure 9 of the above paper.</li> <li>CRM_Species_list.csv = List of all species included in the model and some of their properties as shown in Table I of the above paper.</li> <li>CRM_Collisional_Reaction_Processes.scv = Explicit list of all forward collisional reaction processes included in the model in Table II of the above paper, as well as the rate coefficients used.</li> <li>CRM_Radiative_Reaction_Processes.csv = Explicit list of all radiative reaction processes included in the model in Table III of the above paper.</li> </ol> <p> </p> |
| title | Collisional-radiative model of a supersonic inductive plasma torch (data) |
| topic | supersonic space propulsion collisional-radiative model plasma torch ICP |
| url | https://doi.org/10.5281/zenodo.16756870 |