Maria Rutigliano
Since 2001 permanent position as Researcher of CNR performing research activity in the field of Molecular Dynamics simulations, based on ab initio calculations, to investigate and characterize surface processes determined by chemical-physics interactions occurring at atomic scale between impinging species and substrate. She has held positions of responsibility of projects and small research groups , in addition to the activity of supervisor for research grants and master’s degree thesis.
Before joining the CNR, T.D. Researcher at the C.R. ENEA of Portici, where collaborated in the theoretical-computational and experimental research activity for the investigation of the polycrystalline silicon re-crystallization process by excimer laser. The training activity has been oriented both on the aspect related to the development, implementation and optimization of “home-made” numerical codes and software and on the use of commercial packages (Gaussian, NWchem, QuantumEspresso, CRYSTAL), as well as on to the deepening of topics such as catalysis, solid state chemical-physics and materials.
- EXPERTISE Surface Processes, Heterogeneous Catalysis, Molecular Dynamics, DFT calculations, Potential Energy Surface, Roto-Vibrational distributions, Energy Accommodation Coefficients, Atomic&Molecular Data
- ROLE Researcher
- MAIL maria.rutigliano@istp.cnr.it
- PHONE +39 080 5929 512
- ISTP OFFICE Bari
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MY SELECTED
RESEARCH
PRODUCTS Evidence of superoxide-like CsO2 formation on a cesiated model surface
Year: 2020 Product Type: Journal Article
On the Influence of Rotational Motion of Oxygen Molecules on the Scattering from Graphite Surfaces
Year: 2019 Product Type: Journal Article
Eley-Rideal recombination of hydrogen atoms on a tungsten surface
Year: 2011 Product Type: Journal Article
Isotope and surface temperature effects for hydrogen recombination on a graphite surface
Year: 2008 Product Type: Journal Article
Atomic Oxygen Recombination on Quartz at High Temperature:Experiments and Molecular Dynamics Simulation
Year: 2006 Product Type: Journal Article
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Effect of oxygen impurities on a caesium-covered Mo(001) surface
Rutigliano Maria; Sanna Nico; Palma Amedeo -
Scattering of N2 Molecules from Silica Surfaces: Effect of Polymorph and Surface Temperature
Rutigliano Maria; Pirani Fernando -
The effect of oxygen impurities on a caesium-covered Mo(001) surface: insights from Molecular Dynamics simulations for negative ion sources
Rutigliano M.; Palma A.; Sanna N. -
Surface processes involving nitrogen molecules and atoms on silica surface at low temperature: the role of energy exchanges
Rutigliano Maria; Pirani Fernando -
On the road to ITER NBIs: SPIDER improvement after first operation and MITICA construction progress
Toigo V.; Marcuzzi D.; Serianni G.; Boldrin M.; Chitarin G.; Dal Bello S.; Grando L.; Luchetta A.; Pasqualotto R.; Zaccaria P.; Zanotto L.; Agnello R.; Agostinetti P.; Agostini M.; Antoni V.; Aprile D.; Barbisan M.; Battistella M.; Berton G.; Bigi [ Et al. ] -
Stereodynamic Effects of CO Molecules Scattered from a Graphite Surface
Rutigliano Maria; Pirani Fernando -
Dispersion energy effects on oxygen interaction with cesiated molybdenum surfaces
Sanna N.; Rutigliano M.; Palma A. -
The role of long-range interactions on the selectivity of gaseous molecule-surface scattering
Rutigliano Maria; Pirani Fernando -
Rotational Inelastic Scattering of H2 and O2 Molecules from Graphite
Rutigliano Maria; Pirani Fernando -
Evidence of superoxide-like CsO2 formation on a cesiated model surface
Palma A.; Sanna N.; Rutigliano M. -
Selectivity and Stereodynamics Effects in the Scattering of Nitrogen Molecules from a Graphite Surface
Maria Rutigliano; Fernando Pirani -
Influence of incidence angle on hydrogen and deuterium atoms interaction with a cesiated surface
Rutigliano Maria; Palma Amedeo; Sanna Nico -
On the Influence of Rotational Motion of Oxygen Molecules on the Scattering from Graphite Surfaces
Rutigliano Maria; Pirani Fernando