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Sistemi a bassa densità (atomi, molecole e cluster)
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Low density systems (atoms, molecules and clusters)
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Home » Senza categoria » Low density systems (atoms, molecules and clusters)
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Sistemi a bassa densità (atomi, molecole e cluster) In preparazione Le attività di ricerca in “low density matter” sono focalizzate sulla  caratterizzazione della spettroscopia e dinamica di processi collisionali e di interazione radiazione-materia che coinvolgono atomi, molecole e clusters.
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Low density systems (atoms, molecules and clusters) Research in “low density matter” focuses on spectroscopy and dynamics of atoms, molecules and clusters, as well as on radiation-matter interaction. Investigations aim at acquiring information on electronic structure, reactivity and chemical-physical behavior of target systems used in different areas of basic and […]
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Sistemi a bassa densità (atomi, molecole e cluster) In preparazione Le attività di ricerca in “low density matter” sono focalizzate sulla  caratterizzazione della spettroscopia e dinamica di processi collisionali e di interazione radiazione-materia che coinvolgono atomi, molecole e clusters.
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Low density systems (atoms, molecules and clusters) Research in “low density matter” focuses on spectroscopy and dynamics of atoms, molecules and clusters, as well as on radiation-matter interaction. Investigations aim at acquiring information on electronic structure, reactivity and chemical-physical behavior of target systems used in different areas of basic and […]
  Sistemi a bassa densità...  
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Le attività di ricerca in “low density matter” sono focalizzate sulla  caratterizzazione della spettroscopia e dinamica di processi collisionali e di interazione radiazione-materia che coinvolgono atomi, molecole e clusters.
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Research in “low density matter” focuses on spectroscopy and dynamics of atoms, molecules and clusters, as well as on radiation-matter interaction. Investigations aim at acquiring information on electronic structure, reactivity and chemical-physical behavior of target systems used in different areas of basic and applied research: biology, astrophysics, environment and cultural heritage. They are also the basis for the modeling of atmosferic chemistry, interstellar space and biochemistry. Special attention is devoted to the development of new methodologies, both theoretical and experimental, and of new instrumentation for the investigation of low density systems.
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Lo studio della dinamica di processi elementari in atomi, molecole, clusters e di ioni multiplamente carichi ha l’obiettivo di fornire informazioni sulla struttura elettronica, la reattività ed il comportamento chimico-fisico di sistemi campione utilizzati in diverse aree della ricerca di base e applicata.
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The research activities of this area address the study of isolated systems, low-dimensional systems, surfaces and interfaces at the structural, spectroscopic and dynamic level. The study of the dynamics of elementary processes in atoms, molecules, clusters and multiply charged ions provides information on their electronic structure, reactivity and the chemical-physics behavior of prototypal systems relevant in many areas of basic and applied research . The studied low dimensionality materials are nanostructures, functionalized surfaces and thin films. Such materials are obtained by atomic / molecular beam epitaxy, molecular self-assembly on surfaces and surface chemical reactions. Examples are the studies of the magnetic and electronic properties of atoms and molecules on surfaces, clusters, nanowires and magnetic nano-lattices, quantum phenomena in 2D materials, such as graphene and beyond-graphene materials, and the electronic confinement in ultrathin films. Microscopy techniques and various electronic and optical spectroscopies as well as ion spectrometric techniques are used in both the institute laboratories and at national and at international large scale facilities (synchrotron radiation sources and FEL). These activities are supported by theoretical / computational analysis of the quantum chemical processes.
  Attività di ricerca – I...  
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Lo studio della dinamica di processi elementari in atomi, molecole, clusters e di ioni multiplamente carichi ha l’obiettivo di fornire informazioni sulla struttura elettronica, la reattività ed il comportamento chimico-fisico di sistemi campione utilizzati in diverse aree della ricerca di base e applicata.
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The research activities of this area address the study of isolated systems, low-dimensional systems, surfaces and interfaces at the structural, spectroscopic and dynamic level. The study of the dynamics of elementary processes in atoms, molecules, clusters and multiply charged ions provides information on their electronic structure, reactivity and the chemical-physics behavior of prototypal systems relevant in many areas of basic and applied research . The studied low dimensionality materials are nanostructures, functionalized surfaces and thin films. Such materials are obtained by atomic / molecular beam epitaxy, molecular self-assembly on surfaces and surface chemical reactions. Examples are the studies of the magnetic and electronic properties of atoms and molecules on surfaces, clusters, nanowires and magnetic nano-lattices, quantum phenomena in 2D materials, such as graphene and beyond-graphene materials, and the electronic confinement in ultrathin films. Microscopy techniques and various electronic and optical spectroscopies as well as ion spectrometric techniques are used in both the institute laboratories and at national and at international large scale facilities (synchrotron radiation sources and FEL). These activities are supported by theoretical / computational analysis of the quantum chemical processes.