Anna Cremona
Physics degree in the field of Physics of Matter at the University of Pavia, carrying out an experimental thesis about the study of crystal defects by Photoluminescence and Thermoluminescence techniques. She began her research activity at theCNR Institute for Plasma Physics (IFP), at present ISTP, dealing with plasma-materials interaction. She devoted herself to the deposition of thin films by plasma processes and their characterization by Atomic Force Microscopy, Prophylometry, FT-IR Spectroscopy, UV-VIS-NIR Spectrophotometry.
She she expanded her knowledge to the field of the interaction between plasma and materials of interest for the Magnetically Confined Thermonuclear Fusion. She developed expertise in the study of the UV-VIS radiation emetted by plasma using Optical Emission Spectroscopy. She has been developing spectroscopic methods to determine electron density and temperature in low pressure plasmas. Within the EUROfusion research programme she has been carrying out research activities aimed to study the erosion of metals (W, Sn) in magnetically confined linear plasma devices for fusion applications.
- EXPERTISE Plasma-materials interaction, Optical Emission Spectroscopy, Atomic Force Microscopy, RF plasma processes, Linear plasma devices, Erosion
- ROLE Researcher
- MAIL anna.cremona@istp.cnr.it
- PHONE +39 02 66173 218
- ISTP OFFICE Milano
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MY SELECTED
RESEARCH
PRODUCTS Optical and structural properties of siliconlike films prepared by plasma-enhanced chemical-vapor deposition
Year: 2005 Product Type: Journal Article
Synthesis by plasma-enhanced chemical-vapor deposition and characterization of siliconlike films with hydrophobic functionalities for improved long-term geometric stability of fiber-reinforced polymers
Year: 2008 Product Type: Journal Article
Plasma radiofrequency discharges as cleaning technique for the removal of C-W coatings
Year: 2013 Product Type: Journal Article
Deuterium retention and erosion in liquid Sn samples exposed to D2 and Ar plasmas in GyM device
Year: 2018 Product Type: Journal Article
Spectroscopic diagnostics for deriving electron temperature and density from an Argon plasma in GyM
Year: 2019 Product Type: Conference Proceedings
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Ammonia quantification during nitrogen seeding experiments in GyM linear plasma device
Laguardia L.; Cremona A.; Gervasini G.; Ghezzi F.; Uccello A.; Pedroni M.; Ricci D.; Granucci G.; Ferrero L.; Mellera V.; Gittini G.; Minelli D.; Rispoli N. -
Unraveling the mechanism of maskless nanopatterning of black-silicon by CF4/H2 plasma reactive ion etching
Ghezzi Francesco; Pedroni Matteo; Kovac Janez; Causa Federica; Cremona Anna; Anderle Mariano; Caniello Roberto; Pietralunga Silvia M.; Vassallo Espedito -
Preliminary gas desorption studies from tungsten exposed to He plasma in GyM linear device using Laser Induced Desorption Spectroscopy
Laguardia L.; Iafrati M.; Alonzo M.; Pedroni M.; Vassallo E.; De Angeli M.; Ghezzi F.; Gervasini G.; Uccello A.; Cremona A.; Mellera V.; Rufoloni A. -
Linear plasma device GyM for plasma-material interaction studies
Uccello A.; Bin W.; Bruschi A.; Causa F.; Cremona A.; De Angeli M.; Farina D.; Gatto G.; Gervasini G.; Ghezzi F.; Gittini G.; Granucci G.; Grosso G.; Laguardia L.; Lontano M.; Mellera V.; Minelli D.; Nardone A.; Pedroni M.; Ripamonti [ Et al. ] -
Study the role of roughness in the sputtering process of tungsten by GyM helium plasma: experiments and ERO2.0 modelling
Uccello A.; Alberti G.; Cremona A.; Ghezzi F.; Pedroni M.; Vassallo E.; Tonello E.; Vavassori D.; Dellasega D.; Passoni M. -
Ammonia formation and decomposition in the plasma of GyM linear device
Laguardia L.; Cremona A.; Uccello A.; Ghezzi F.; Gervasini G. -
Investigation of the He content in W layers, deposited by Ar-He magnetron discharges, by LIDS, LIBS and TDS measurements
Laguardia L.; Iafrati M.; Alonzo M.; Almaviva S.; Pedroni M; Vassallo E.; De Angeli M.; Ghezzi F.; Gervasini G.; Cremona A.; Uccello A.; Mellera V.; Rufoloni A. -
Spectroscopic diagnostics for deriving electron temperature and density from an Argon plasma in GyM
Cremona A.; Giunta A.; O’Mullane M.; Causa F.; Ghezzi F.; Granucci G.; Mellera V.; Minelli D.; Nardone A.; Pedroni M.; Ricci D.; Rispoli N.; Uccello A.; Vassallo E. -
A comparison of experimental and theoretical electron energy distribution functions in an argon GyM plasma
Laguardia L.; Colonna G.; Cremona A.; Gervasini G.; Granucci G.; Laricchiuta A.; Mellera V.; Minelli D.; Pedroni M.; Pietanza L.D.; Ricci D.; Rispoli N.; Uccello A.