U. Fantz

collaborators

3 papers

physics.plasm-ph2020

A novel hydrogenic spectroscopic technique for inferring the role of plasma-molecule interaction on power and particle balance during detached conditions

K Verhaegh, B Lipschultz, C Bowman +13

Detachment, an important mechanism for reducing target heat deposition, is achieved through reductions in power, particle and momentum; which are induced through plasma-atom and pl…

physics.plasm-ph2019

Performance analysis of a 2.45 GHz microwave plasma torch for CO $_{2}$ decomposition in gas swirl configuration

F. A. D'Isa, E. A. D. Carbone, A. Hecimovic +1

Microwave plasmas are a promising technology for energy-efficient CO $_{2}$ valorization via conversion of CO $_{2}$ into CO and O $_{2}$ using renewable energies. A 2.45 GHz microwave…

physics.plasm-ph2019

Analysis of the C $_{2}$ (d $^{3} Π_{g}$ -a $^{3} Π_{u}$ ) Swan bands as a thermometric probe in CO $_{2}$ microwave plasmas

Emile Carbone, Federico D'Isa, Ante Hecimovic +1

The optical emission spectra of high pressure CO $_{2}$ microwave plasmas are usually dominated by the C $_{2}$ Swan bands. In this paper, the use of the C $_{2}$ Swan bands for estimating…

A novel hydrogenic spectroscopic technique for inferring the role of plasma-molecule interaction on power and particle balance during detached conditions

Performance analysis of a 2.45 GHz microwave plasma torch for CO2​ decomposition in gas swirl configuration

Analysis of the C2​ (d3Πg​-a3Πu​) Swan bands as a thermometric probe in CO2​ microwave plasmas

Performance analysis of a 2.45 GHz microwave plasma torch for CO $_{2}$ decomposition in gas swirl configuration

Analysis of the C $_{2}$ (d $^{3} Π_{g}$ -a $^{3} Π_{u}$ ) Swan bands as a thermometric probe in CO $_{2}$ microwave plasmas