The main instruments available at the Pisa Secondary Site and the reference laboratories or researcher are listed below. CHROMATOGRAPHY 2 ThermoFinnigan HPLC systems with gradient pump (P2000 and P4000), UV-Visible Diode Array detector (UV6000) and fluorescence detector (FL3000,) and microbore HPLC pumps (Jasco) for inline derivatization (IAC Lab). Gas chromatograph CG / MS coupled with […]
Read MoreThe main instruments available at the Bari Secondary Site and the person in charge of managing them are listed below. CHROMATOGRAPHY HPLC Agilent Technologies 1100 with Diode Array UV-Visibile detector (Omar Hassan Omar) LABSERVICE Mesofluid Reactor (Caterina Fusco) ANALYSIS CHNS Elemental Analyser – Carlo Erba EA 1108 (CosimCosimo Cardellicchio) SYNTHESIS Microwave Labstation for Synthesis “MICROSYNTH”-MILESTONE […]
Read MoreThe CNR-ICCOM Publications have been deposited on the new database IRIS-CNR, online since March 2024. The database is regularly updated and can be accessed, filtered for CNR-ICCOM products, from this link. It is still possible to access the previous database ExploRA-CNR, filtered for CNR-ICCOM products deposited within February 2024 from this link.
Read MoreThe analytical and bioanalytical chemistry research group operates at CNR-ICCOM in Pisa. The group has a long experience in spectroscopic techniques (atomic absorption and fluorescence spectrometry, infrared spectroscopy, Raman, light scattering, molecular fluorescence and UV-vis spectroscopy), chromatography (liquid chromatography and gas chromatography), and hyphenated techniques based on conventional detectors (UV, visible, fluorescence, mass spectrometry, atomic […]
Read MoreThe Applied and Laser Spectroscopy Laboratory (ALS-Lab) began its activity in the last years of the last century within the former Institute of Atomic and Molecular Physics of the CNR. Since 2010 it has been part of the CNR-ICCOM secondary structure in Pisa. The Laboratory has decades of experience in optics and spectroscopy, and in […]
Read MoreThe advanced energy materials laboratory (LAEM-Lab) of the Institute of Chemistry of Organometallic Compounds (ICCOM-CNR) at the National Research Council (CNR) research area of Florence principal activities are: the synthesis and characterization of inorganic, organic and organometallic compounds for various green chemistry applications; the synthesis and the characterization of anodic and cathodic electrocatalysts, in particular […]
Read MoreThe research activity of the team is focused on the synthesis, functionalization, and characterization of magnetic materials with particularly emphasis on molecular magnets and magnetic nanoparticles. At present, the main research areas cover: i) the development by colloidal chemistry of biocompatible magnetic nanomaterials for theranostic applications (MRI, magneto-mechanical therapy and magnetic fluid hyperthermia), magnetic-plasmonic nanostructures […]
Read MoreThe LEaF-Lab, located within the CNR-ICCOM Sesto Fiorentino Site, has as its main object of activity the design, synthesis and characterization of organic and organometallic compounds, as well as materials with potential applications in technologies for the conversion of solar energy. The latter range from new generation photovoltaic cells, capable of converting light into electricity, […]
Read MoreMaRS-Lab is a research laboratory located at the CNR-ICCOM secondary office in Pisa. It is dedicated to the study of solid and soft systems and materials by means of advanced Magnetic Resonance techniques. The main activity of the group is focused on the set-up and application of the most modern techniques of Nuclear Magnetic Resonance […]
Read MoreThe PMC-Lab group, located within the CNR-ICCOM Pisa Secondary Site, is currently composed of three permanent researchers and one laboratory technician. The group is interested in polymer functionalization by post-polymerization methods, polymer blends, polymer composites and nanocomposites from bio-based and petroleum-derived polymers. Particular focus is on the immobilization of active species in 2D layered materials […]
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