Consorzio Interuniversitario per lo sviluppo dei Sistemi a Grande Interfase
Center for Colloid and Surface Science
Center for Colloid and Surface Science
Position: PhD Students
Email: carmen.coppola@student.unisi.it
Phone: 0577 234523
Location: Siena
Computational methodologies for the design of new materials for energy production.
Life Cycle Assessment (LCA) of systems for energy production.
July 2013: Classic-Oriented High School Certificate(Maturità Classica), at Convitto Nazionale “P. Colletta” of Avellino.
December 2016: Bachelor Degree in “Scienze Chimiche” L-27, at “University of Siena”. Physical Chemistry thesis (CHIM02), title “Valutazione dell’impatto ambientale del fotovoltaico innovativo di ultima generazione: le celle a perovskite”, supervisor: prof. Riccardo Basosi.
November 2017- February 2018: Stage in Computational Chemistry, title: “Design and characterization by using computational methodologies of new materials for energy production”, at “University of Siena”.
October 2018: Master Degree in “Chemistry” LM-54, at “University of Siena”, with evaluation 110/110 cum laude. Master thesis in Organic Chemistry (CHIM06), title: “Design of novel organic hole transport materials for efficient perovskite solar cells”, supervisor: prof. Adalgisa Sinicropi.
From October 2018: “Chemical and Pharmaceutical Sciences” PhD Student at “University of Siena”, tutor: prof. Adalgisa Sinicropi.
December 2018- November 2019: Early-stage researcherwithin the EU Project “–ESPRESSO - Efficient Structures and Processes for Reliable Perovskite Solar Modules”, at “The Center for Colloid and Surface Science (CSGI)”.
Electronic structure and interfacial features of triphenylamine- and phenothiazine-based hole transport materials for methylammonium lead iodide perovskite solar cells
- Carmen Coppola - Pecoraro A. - Muñoz-García A.B. - Infantino R. - Dessì A. - Reginato G. - Riccardo Basosi - Adalgisa Sinicropi - Pavone M.DFT and TDDFT investigation of four triphenylamine/phenothiazine-based molecules as potential novel organic hole transport materials for perovskite solar cells
- Carmen Coppola - Infantino R. - Dessì A. - Zani L. - Maria Laura Parisi - Mordini A. - Reginato G. - Riccardo Basosi - Adalgisa SinicropiLuminescent solar concentrators with outstanding optical properties by employment of D-A-D quinoxaline fluorophores
- Papucci C. - Charaf R. - Carmen Coppola - Adalgisa Sinicropi - Di Donato M. - Taddei M. - Foggi P. - Battisti A. - De Jong B. - Zani L. - Mordini A. - Pucci A. - Calamante M. - Reginato G.Benzo[1,2-d:4,5-d′]bisthiazole fluorophores for luminescent solar concentrators: synthesis, optical properties and effect of the polymer matrix on the device performances
- Papucci C. - Dessì A. - Carmen Coppola - Adalgisa Sinicropi - Santi G. - Di Donato M. - Taddei M. - Foggi P. - Zani L. - Reginato G. - Pucci A. - Calamante M. - Mordini A.Donor-Acceptor-Donor Thienopyrazine-Based Dyes as NIR-Emitting AIEgens
- Goti G. - Calamante M. - Carmen Coppola - Dessì A. - Franchi D. - Mordini A. - Adalgisa Sinicropi - Zani L. - Reginato G.In silico investigation of catechol-based sensitizers for type II dye sensitized solar cells (DSSCs)
- Carmen Coppola - Alessio D'ettorre - Maria Laura Parisi - Zani L. - Reginato G. - Calamante M. - Mordini A. - Taddei M. - Riccardo Basosi - Adalgisa SinicropiSynthesis and characterization of new organic dyes containing the indigo core
- Franchi D. - Calamante M. - Carmen Coppola - Mordini A. - Reginato G. - Adalgisa Sinicropi - Zani L.Design, synthesis, structure, and photophysical features of highly emissive cinnamic derivatives
- Paolino M. - Reale A. - Razzano V. - Giorgi G. - Giuliani G. - Villafiorita-Monteleone F. - Botta C. - Carmen Coppola - Adalgisa Sinicropi - Cappelli A.Ground-state redox potentials calculations of D-π-A and D-a-π-a organic dyes for DSSC and visible-light-driven hydrogen production
- Mohammadpourasl S. - de Biani F.F. - Carmen Coppola - Maria Laura Parisi - Zani L. - Dessì A. - Calamante M. - Reginato G. - Riccardo Basosi - Adalgisa SinicropiConsorzio interuniversitario per lo sviluppo dei Sistemi a Grande Interfase
Department of Chemistry, University of Florence - Via della Lastruccia 3 50019 - Sesto Fiorentino (FI)
Fiscal code/VAT ID: 04519240487
PEC : consorzio_csgi@pec.it
Filippo Baldereschi
baldereschi@csgi.unifi.it
055-4573035
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emanuela@csgi.unifi.it
055-4573147
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tegliai@csgi.unifi.it
055-4573036
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manola@csgi.unifi.it
055-4573034
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patrizia@csgi.unifi.it
055-4573244
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webmaster@csgi.unifi.it
055-4573026
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webmaster@csgi.unifi.it
055-4573031
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