AVATANEO, CHIARA
AVATANEO, CHIARA
SCIENZE DELLA TERRA
A laboratory study to define tools for monitoring asbestos mobility in aquifers
2022-01-01 AVATANEO C., MAGHERINI L., BELLUSO E., CAPELLA S., BIANCO C., LASAGNA M., SETHI R., DE LUCA Domenico Antonio
A new protocol to evaluate asbestos content in contaminated groundwater samples from Naturally Occurring Asbestos (NOA) rich areas.
2021-01-01 Avataneo, C., Capella, S., De Luca, D., Lasagna M., Belluso E.
Chrysotile asbestos migration in air from contaminated water: An experimental simulation
2022-01-01 Chiara Avataneo, Jasmine R. Petriglieri, Silvana Capella, Maura Tomatis, Mariagrazia Luiso, Giuliana Marangoni, Elisa Lazzari, Silvio Tinazzi, Manuela Lasagna, Domenico A. De Luca, Massimo Bergamini, Elena Belluso, Francesco Turci
Direct and indirect assessment of the amount of naturally occurring asbestos in fractured rocks
2020-01-01 Piana F.; Barale L.; Botta S.; Compagnoni R.; Fidelibus C.; Tallone S.; Avataneo C.; Cossio R.; Turci F.
Estimation of natural asbestos content in rocks by fracture network modeling and petrographic characterization
2020-01-01 Barale L.; Botta S.; Piana F.; Tallone S.; Fidelibus C.; Avataneo C.; Turci F.; Compagnoni R.; Cossio R.; Alberto W.
Evaluation of possible asbestos fibres movement in porous aquifers through laboratory column tests
2022-01-01 LASAGNA M., AVATANEO C., MAGHERINI L., BELLUSO E., CAPELLA S., SETHI R., DE LUCA Domenico Antonio
Extensive characterization of mineral fibres dispersed in the water system from a naturally occurring asbestos (NOA)-rich area
2022-01-01 AVATANEO C., CAPELLA S., LASAGNA M., DE LUCA Domenico Antonio, BELLUSO E
Extensive characterization of waterborne mineral fibres and study of their possible migration to air in naturally occurring asbestos (NOA) rich settings
2022-01-01 AVATANEO C., CAPELLA S., LASAGNA M., DE LUCA Domenico Antonio, BELLUSO E.
Geological Model for Naturally Occurring Asbestos Content Prediction in the Rock Excavation of a Long Tunnel (Gronda di Genova Project, NW Italy)
2020-01-01 Turci, Francesco; Cossio, Roberto; Mosca, Pietro; Irace, Andrea; Marcelli, Igor; Botta, Serena; Avataneo, Chiara; Compagnoni, Roberto; Tallone, Sergio; Piana, Fabrizio; Barale, Luca
Groundwater asbestos contamination in Naturally Occurring Asbestos (NOA) rich areas: a study on fibres characteristics, concentration and their possible mobility in aquifers.
2021-01-01 Avataneo C., Capella S., De Luca, D.A., Lasagna M., Belluso E.
GROUNDWATER ASBESTOS POLLUTION FROM NATURALLY OCCURRING ASBESTOS (NOA): A PRELIMINARY STUDY ON THE LANZO VALLEYS AND BALANGERO PLAIN AREA, NW ITALY
2021-01-01 Chiara Avataneo, Elena Belluso, Silvana Capella, Daniele Cocca, Manuela Lasagna, Giovanni Pigozzi, Domenico Antonio De Luca
Groundwater flow in Naturally Occurring Asbestos (NOA) rich settings: new findings on the relation among concentration, types and mobility of mineral fibres, and geological characteristics of aquifer formations.
2021-01-01 Chiara Avataneo, Elena Belluso, Silvana Capella, Manuela Lasagna, D. De Luca
Innovative unattended SEM-EDS analysis for asbestos fiber quantification
2018-01-01 Cossio, Roberto; Albonico, Carlo; Zanella, Andrea; Fraterrigo-Garofalo, Silvia; Avataneo, Chiara; Compagnoni, Roberto; Turci, Francesco
Laboratory scale demonstration of asbestos mobility in sandy aquifer systems
2023-01-01 Magherini l., Avataneo C., Capella S., Lasagna M, Bianco c., Belluso E., De Luca D., Sethi R
Mobility of crocidolite asbestos in sandy porous media mimicking aquifer systems
2023-01-01 Magherini L.; Avataneo C.; Capella S.; Lasagna M.; Bianco C.; Belluso E.; De Luca D.A.; Sethi R.
New findings on mineral fibres characteristics and concentration in groundwater and their mobility through water flowing in Naturally Occurring Asbestos (NOA) rich settings.
2021-01-01 Avataneo C., Belluso E., Capella S., Lasagna M., De Luca, D.A.
New Tools for the Evaluation of Asbestos-Related Risk during Excavation in an NOA-Rich Geological Setting
2020-01-01 Turci, Francesco; Avataneo, Chiara; Botta, Serena; Marcelli, Igor; Barale, Luca; Tomatis, Maura; Cossio, Roberto; Tallone, Sergio; Piana, Fabrizio; Compagnoni, Roberto
Petrofacies for the prediction of NOA content in rocks: application to the “Gronda di Genova” tunneling project
2020-01-01 Botta S.; Avataneo C.; Barale L.; Compagnoni R.; Cossio R.; Marcelli I.; Piana F.; Tallone S.; Turci F.
SYN-EXHUMATION PERVASIVE BRITTLE DEFORMATION IN THE VOLTRI (NW ITALY) SERPENTINITE: THE CHRYSOTILE-CEMENTED ACQUASANTA BRECCIA
2023-01-01 Barale L.; Piana F.; Avataneo C.; Botta S.; Capitani G.; Cossio R.; Marcelli I.; Petriglieri J.R.; Tallone S.; Turci F.; Compagnoni R.
Tomografia di un arredo ligneo di grandi dimensioni: il “Doppio Corpo” di Pietro Piffetti
2012-01-01 Albertin F.; Avataneo C.; Brancaccio R.; Corsi J.; Cotto G.; Dughera G.; Durisi E.; Ferrarese W.; Giovagnoli A.; Grassi N.; Lo Giudice A.; Mereu P.; Mila G.; Nervo M.; Pastrone N.; Ravera M.; Re A.; Ricci C.; Romero A.; Sacchi R.; Staiano A.; Visca L.; Zamprotta L.
| Titolo | Data di pubblicazione | Autore(i) | File |
|---|---|---|---|
| A laboratory study to define tools for monitoring asbestos mobility in aquifers | 2022 | AVATANEO C., MAGHERINI L., BELLUSO E., CAPELLA S., BIANCO C., LASAGNA M., SETHI R., DE LUCA Domenico Antonio | |
| A new protocol to evaluate asbestos content in contaminated groundwater samples from Naturally Occurring Asbestos (NOA) rich areas. | 2021 | Avataneo, C., Capella, S., De Luca, D., Lasagna M., Belluso E. | |
| Chrysotile asbestos migration in air from contaminated water: An experimental simulation | 2022 | Chiara Avataneo, Jasmine R. Petriglieri, Silvana Capella, Maura Tomatis, Mariagrazia Luiso, Giuliana Marangoni, Elisa Lazzari, Silvio Tinazzi, Manuela Lasagna, Domenico A. De Luca, Massimo Bergamini, Elena Belluso, Francesco Turci | |
| Direct and indirect assessment of the amount of naturally occurring asbestos in fractured rocks | 2020 | Piana F.; Barale L.; Botta S.; Compagnoni R.; Fidelibus C.; Tallone S.; Avataneo C.; Cossio R.; Turci F. | |
| Estimation of natural asbestos content in rocks by fracture network modeling and petrographic characterization | 2020 | Barale L.; Botta S.; Piana F.; Tallone S.; Fidelibus C.; Avataneo C.; Turci F.; Compagnoni R.; Cossio R.; Alberto W. | |
| Evaluation of possible asbestos fibres movement in porous aquifers through laboratory column tests | 2022 | LASAGNA M., AVATANEO C., MAGHERINI L., BELLUSO E., CAPELLA S., SETHI R., DE LUCA Domenico Antonio | |
| Extensive characterization of mineral fibres dispersed in the water system from a naturally occurring asbestos (NOA)-rich area | 2022 | AVATANEO C., CAPELLA S., LASAGNA M., DE LUCA Domenico Antonio, BELLUSO E | |
| Extensive characterization of waterborne mineral fibres and study of their possible migration to air in naturally occurring asbestos (NOA) rich settings | 2022 | AVATANEO C., CAPELLA S., LASAGNA M., DE LUCA Domenico Antonio, BELLUSO E. | |
| Geological Model for Naturally Occurring Asbestos Content Prediction in the Rock Excavation of a Long Tunnel (Gronda di Genova Project, NW Italy) | 2020 | Turci, Francesco; Cossio, Roberto; Mosca, Pietro; Irace, Andrea; Marcelli, Igor; Botta, Serena; Avataneo, Chiara; Compagnoni, Roberto; Tallone, Sergio; Piana, Fabrizio; Barale, Luca | |
| Groundwater asbestos contamination in Naturally Occurring Asbestos (NOA) rich areas: a study on fibres characteristics, concentration and their possible mobility in aquifers. | 2021 | Avataneo C., Capella S., De Luca, D.A., Lasagna M., Belluso E. | |
| GROUNDWATER ASBESTOS POLLUTION FROM NATURALLY OCCURRING ASBESTOS (NOA): A PRELIMINARY STUDY ON THE LANZO VALLEYS AND BALANGERO PLAIN AREA, NW ITALY | 2021 | Chiara Avataneo, Elena Belluso, Silvana Capella, Daniele Cocca, Manuela Lasagna, Giovanni Pigozzi, Domenico Antonio De Luca | |
| Groundwater flow in Naturally Occurring Asbestos (NOA) rich settings: new findings on the relation among concentration, types and mobility of mineral fibres, and geological characteristics of aquifer formations. | 2021 | Chiara Avataneo, Elena Belluso, Silvana Capella, Manuela Lasagna, D. De Luca | |
| Innovative unattended SEM-EDS analysis for asbestos fiber quantification | 2018 | Cossio, Roberto; Albonico, Carlo; Zanella, Andrea; Fraterrigo-Garofalo, Silvia; Avataneo, Chiara; Compagnoni, Roberto; Turci, Francesco | |
| Laboratory scale demonstration of asbestos mobility in sandy aquifer systems | 2023 | Magherini l., Avataneo C., Capella S., Lasagna M, Bianco c., Belluso E., De Luca D., Sethi R | |
| Mobility of crocidolite asbestos in sandy porous media mimicking aquifer systems | 2023 | Magherini L.; Avataneo C.; Capella S.; Lasagna M.; Bianco C.; Belluso E.; De Luca D.A.; Sethi R. | |
| New findings on mineral fibres characteristics and concentration in groundwater and their mobility through water flowing in Naturally Occurring Asbestos (NOA) rich settings. | 2021 | Avataneo C., Belluso E., Capella S., Lasagna M., De Luca, D.A. | |
| New Tools for the Evaluation of Asbestos-Related Risk during Excavation in an NOA-Rich Geological Setting | 2020 | Turci, Francesco; Avataneo, Chiara; Botta, Serena; Marcelli, Igor; Barale, Luca; Tomatis, Maura; Cossio, Roberto; Tallone, Sergio; Piana, Fabrizio; Compagnoni, Roberto | |
| Petrofacies for the prediction of NOA content in rocks: application to the “Gronda di Genova” tunneling project | 2020 | Botta S.; Avataneo C.; Barale L.; Compagnoni R.; Cossio R.; Marcelli I.; Piana F.; Tallone S.; Turci F. | |
| SYN-EXHUMATION PERVASIVE BRITTLE DEFORMATION IN THE VOLTRI (NW ITALY) SERPENTINITE: THE CHRYSOTILE-CEMENTED ACQUASANTA BRECCIA | 2023 | Barale L.; Piana F.; Avataneo C.; Botta S.; Capitani G.; Cossio R.; Marcelli I.; Petriglieri J.R.; Tallone S.; Turci F.; Compagnoni R. | |
| Tomografia di un arredo ligneo di grandi dimensioni: il “Doppio Corpo” di Pietro Piffetti | 2012 | Albertin F.; Avataneo C.; Brancaccio R.; Corsi J.; Cotto G.; Dughera G.; Durisi E.; Ferrarese W.; Giovagnoli A.; Grassi N.; Lo Giudice A.; Mereu P.; Mila G.; Nervo M.; Pastrone N.; Ravera M.; Re A.; Ricci C.; Romero A.; Sacchi R.; Staiano A.; Visca L.; Zamprotta L. |