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Please note that the publications benefiting from MIDAS-NA should include the acknowledgement: "This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 654002"
2019
O. D. Cortázar and A. Megía-Macías. Bimodal Ion Energy Distribution Functions in a Hydrogen Magnetized Plasma. Plasma Sources Science and Technology. In press.
2018
A. Megía-Macías and O. D. Cortázar. Review of Spatial Distribution Modes in a 2.45 GHz Hydrogen Plasma. IEEE Transactions on Plasma Science. PP(99). 1-5
Biri, S. ; Pálinkás, J. ; Perduk, Z. ; Rácz, R. ; Caliri, C. ; Castro, G. ; Celona, L. ; Gammino, S. ; Mascali, D. ; Mazzaglia, M. et al. Multi-diagnostic setup to investigate the two-close-frequency phenomena. JOURNAL OF INSTRUMENTATION 13 : 11 Paper: C11016 (2018)
Rácz, R. ; Biri, S. ; Perduk, Z. ; Pálinkás, J. ; Mascali, D. ; Mazzaglia, M. ; Naselli, E. ; Torrisi, G. ; Castro, G. ; Cellona, L. et al. Effect of the two-close-frequency heating to the extracted ion beam and to the X-ray flux emitted by the ECR plasma. JOURNAL OF INSTRUMENTATION 13 : 12 Paper: C12012 (2018)
Rácz, R. ; Biri, S. ; Perduk, Z. ; Pálinkás, J. First results on radial and azimuthal dependence of plasma parameters in a hexapole-trapped ECR discharge AIP CONFERENCE PROCEEDINGS 2011 Paper: 020010 (2018)
I. Izotov, O. Tarvainen, V. Skalyga, D. Mansfeld, T. Kalvas, H. Koivisto, R. Kronholm, Measurement of the energy distribution of electrons escaping minimum-B ECR plasmas, Plasma Sources Sci. Technol., 27(2018), p. 025012.
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A. Megia-Macias, O.D. Cortazar, O. Tarvainena Tarvainen and H. Koivisto, Time resolved measurements of hydrogen ion energy distributions in a pulsed 2.45 GHz microwave plasma, Physics of Plasmas, 24 (2017), p. 113501.
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