Annemie Bogaerts
69 | Modeling and experiments for a better understanding of plasma catalysis. Invited online seminar at Sandia National Laboratory, Livermore, California, US, October 18, 2023. |
68 | Plasma catalysis: Complex chemical and physical mechanisms. Invited online seminar at the National Renewable Energy Laboratory (NREL), Colorado, US, October 11, 2023. |
67 | Towards a sustainable future: Plasma-based CO2, CH4 and N2 conversion into value-added compounds or renewable fuels. Invited online seminar in the Series 'Women in Natural Sciences and Bioengineering’, November 25, 2022, University of Rostock, Germany. |
65 | Plasma medicine: Applications in oncology & modeling for better insight. Invited online seminar talk within the combined “International Online Plasma Seminar” (IOPS) and “Online Low-Temperature Plasma” (OLTP) seminar series, September 1, 2022. |
65 | The Hot Topic of Cold Plasma: A novel tool for green chemistry. Invited online seminar at University of Padova, June 14, 2022 |
64 | Catalytic and non-catalytic ammonia formation by N2/H2 plasma. Invited online seminar at ASML, March 3, 2022 |
63 | Plasma-based CO2 conversion: A hot topic of cold plasma! A. Bogaerts. Invited online seminar organized by the AIChE Catalysis and Reaction Engineering, August 31, 2021. |
62 | Plasma catalysis: A better understanding by modeling the plasma and plasma-catalyst interactions. A. Bogaerts. Invited online seminar talk organized by the journal Catalysts, April 18, 2021. |
61 | Van de zon tot plasma-TV: Plasma’s in ons dagelijks leven. |
60 | Plasma-based CO2 conversion: State-of-the-art on reactor performance, and better understanding of the underlying mechanisms. |
59 | Plasma-assisted CO2, N2 and CH4 conversion: Computer modeling for a better understanding of the underlying mechanisms. |
58 | Van de zon tot plasma-TVs: Plasma’s in ons dagelijks leven. |
57 | Plasma: het nieuwe wapen tegen klimaatopwarming. |
56 | Plasma-based greenhouse gas conversion: Modeling the plasma chemistry and plasma reactor design to improve the application. |
55 | Plasma-based greenhouse gas conversion: Modeling the plasma chemistry and plasma reactor design to improve the application. |
54 | Plasma catalysis for CO2 conversion: A better understanding of the underlying mechanisms. |
53 | Computer modelling for a better understanding of plasma-based CO2 conversion. |
52 | Plasma-based CO2 conversion: A better understanding of the underlying mechanisms. |
51 | From the sun till plasma TVs: Plasmas in our daily life. |
50 | From the sun till plasma TVs: Plasmas in our daily life. |
49 | From the sun till plasma TVs: plasmas in our daily life. |
48 | From the sun till plasma TVs: plasmas in our daily life. |
47 | Van de zon tot plasma-TV: plasma’s in ons dagelijks leven. |
46 | Plasma-based conversion of greenhouse gases: modeling and experiments. |
45 | Modelleren van plasma’s: fundamenteel onderzoek voor betere toepassingen. |
44 | Understanding the underlying mechanisms of ICP-OES and ICP-MS. |
43 | Computer modeling of the plasma chemistry and plasma-surface interactions for improving environmental, medical and materials science applications. |
42 | Plasma chemistry and plasma-surface interactions modeling for environmental, medical and materials science applications. |
41 | From the sun till plasma TVs: plasmas in our daily life. |
40 | Computer simulations of plasmas and plasma-surface interactions. |
38 | Plasma: “ver van ons bed” of “deel van ons leven”? |
37 | Van de zon tot plasma-TVs: plasma’s in ons dagelijks leven. |
36 | Van de zon tot plasma-TVs: plasma’s in ons dagelijks leven. |
35 | From the sun till plasma TVs: plasmas in our daily life. |
34 | From the sun till plasma TVs: plasmas in our daily life. |
33 | Computer modeling for a better understanding of gas discharge plasmas and plasma-surface interactions. |
32 | Computer modeling for a better understanding of laser ablation, plume expansion and plasma formation. |
31 | Plasmas in our daily life. |
30 | From the sun till plasma TVs: plasmas in our daily life. |
29 | From the sun till plasma TVs: plasmas in our daily life. |
28 | Computer modeling of plasmas and plasma-surface interactions. |
27 | From the sun till plasma TVs: plasmas in our daily life. |
26 | Modeling of plasmas and plasma-surface interactions. |
25 | Modeling of laser ablation for ICP-MS. |
24 | Modeling of laser ablation for ICP-MS. |
23 | From the sun till plasma TV’s: plasmas in our daily life. |
22 | From the sun till plasma TVs: plasmas in our daily life. |
21 | From the sun till plasma TVs: plasmas in our daily life. |
20 | Modelling of plasmas, plasma-solid and laser-solid interactions. |
19 | From the laser-solid interaction till the aerosol transport to the ICP: a simulation tour of laser ablation. |
18 | Computersimulaties van plasma’s voor de depositie van dunne filmen. |
17 | Computer simulations of plasmas: what can we learn from it? |
16 | Van de zon tot plasma TV-schermen: plasma's in ons dagelijks leven. |
15 | Glimontladingsplasma's: kan modelleren ons helpen om 'het licht te zien'? |
14 | Simulation of magnetron discharges. |
13 | Modelling of glow discharges for analytical and technological applications. |
12 | Numerical modelling of gas discharge plasmas. |
11 | Hybrid modelling network for argon glow discharges. |
10 | Modelling of glow discharge plasmas. |
9 | Modelling of glow discharges and comparison with experiment. |
8 | Modelling of analytical glow discharges. |
7 | Modelling of glow discharges: What can we learn from it? |
6 | Computer simulation of glow discharge plasmas: What can we learn from it? |
5 | Modelling network for an argon glow discharge. |
4 | Monte Carlo, fluid and collisional-radiative modelling for the various species in an argon glow discharge. |
3 | Wiskundige simulaties van een gelijkstroom glimontlading in argon. |
2 | Mathematical modelling of a direct current glow discharge in argon. |
1 | Modelling of a direct current glow discharge in argon. |
Yury Gorbanev
5 | Plasma-liquid interactions. Invited presentation at "Utrecht University", Utrecht, The Netherlands, 2022. |
4 | Good practices in research dissemination: How to write a good paper. Invited presentation at the “COST CA20114 1st training school: Fundamental aspects on plasma medicine”, Caparica, Lisbon, Portugal, February 14- 16, 2022. |
3 | Are all APPJs made equal? The COST APPJ: A unique tool for fundamental and applied research. Invited presentation at the "Ruhr-Universität Bochum", Bochum, Germany, 2019. |
2 | The Hot Topic of Cold Plasma: A new tool in green chemistry and biomedicine. Invited presentation at the "Universidad Peruana Cayetano Heredia", Lima, Peru, 2019. |
1 | Detection of short-lived species induced in liquids by non-thermal atmospheric pressure plasma. Invited presentation at the “COST TD1208 3rd training school: Advanced diagnostics of discharges with liquids and plasma treated liquid phase”, Zenum, Belgrade, Serbia, September 24-28, 2016. |
Maria Cecilia Oliveira
3 | Effect of plasma-induced lipid oxidation on the permeability of hemichannels for treating cancer cells. Invited presentation at the "2nd Annual Meeting of COST Action - Therapeutical applications of cold plasmas" (PlasTHER), Bologna, Italy, September 06, 2023. |
2 | Molecular simulations to improve plasma-based cancer therapy. Invited lecture seminar at "Utrecht University", Utrecht, The Netherlands, May 31, 2022. |
1 | How to improve the understanding about plasma-based cancer therapy by means of computer simulations? Invited lecture at the Uzbekistan Academy of Sciences, Uzbekistan, February 22, 2022. |
Angela Privat Maldonado
3 | Plasma-cell interactions: basic facts from the RONS perspective. Invited presentation at the "1st Training School - Fundamental aspects on Plasma Medicine”, COST Action CA20114 “Therapeutical applications of Cold Plasmas” (PlasTHER), Lisbon, Portugal, February 14-16, 2022. |
2 | The hot topic of cold plasma, a new tool in green Chemistry and biomedicine. Invited presentation at the "Universidad Peruana Cayetano Heredia", Lima, Peru, 2019. |
1 | Invited presentation at the "University Research Day", University of Antwerp, Belgium, 2018.. |