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11 results on '"Daresta, BE"'

1. Analisi TOT per la determinazione di OC ed EC: interconfronto fra due differenti protocolli di misura

Author

Bernardoni, V, Bove M., C, Chiari, M, Cuccia, E, Daresta B., E, De Gennaro, G, Fermo, P, Giannoni, M, Lucarelli, F, Massabò, D, Nava, S, Piazzalunga, A, Prati, P, Valli, G, Vecchi, R, Bove M. C, Chiari M, Cuccia E, Daresta B. E, De Gennaro G, Fermo P, Giannoni M, Vecchi, R., PIAZZALUNGA, ANDREA, Bernardoni, V, Bove M., C, Chiari, M, Cuccia, E, Daresta B., E, De Gennaro, G, Fermo, P, Giannoni, M, Lucarelli, F, Massabò, D, Nava, S, Piazzalunga, A, Prati, P, Valli, G, Vecchi, R, Bove M. C, Chiari M, Cuccia E, Daresta B. E, De Gennaro G, Fermo P, Giannoni M, Vecchi, R., and PIAZZALUNGA, ANDREA

Published
2012

2. Analisi TOT per la determinazione di OC ed EC: interconfronto fra due differenti protocolli di misura

Author

Bernardoni, V, Bove, M, Chiari, M, Cuccia, E, Daresta, B, De Gennaro, G, Fermo, P, Giannoni, M, Lucarelli, F, Massabò, D, Nava, S, Piazzalunga, A, Prati, P, Valli, G, Vecchi, R, Bove M. C, Chiari M, Cuccia E, Daresta B. E, De Gennaro G, Fermo P, Giannoni M, Vecchi, R., PIAZZALUNGA, ANDREA, Bernardoni, V, Bove, M, Chiari, M, Cuccia, E, Daresta, B, De Gennaro, G, Fermo, P, Giannoni, M, Lucarelli, F, Massabò, D, Nava, S, Piazzalunga, A, Prati, P, Valli, G, Vecchi, R, Bove M. C, Chiari M, Cuccia E, Daresta B. E, De Gennaro G, Fermo P, Giannoni M, Vecchi, R., and PIAZZALUNGA, ANDREA

Published
2012

3. Concentration and the chemical characterization of PM10 and PM2.5 in all the Italian territory

Author

Bolzacchini, E, Ferrero, L, Lo Porto, C, Perrone, M, de Gennaro, G, Bruno, P, Caselli, M, Dambruoso, P, Daresta, B, Placentino, C, Tutino, M, Amodio, M, Baldacci, D, Stracquadanio, M, Tositti, L, Zappoli, S, Gullotto, D, Librando, V, Minniti, Z, Perrini, G, Trincali, G, Becagli, S, Mannini, A, Udisti, R, Paradisi, A, Tapparo, A, Barbieri, P, Capriglia, L, Cozzi, F, Maran, E, Reisenhofer, E, Sicardi, V, Fermo, P, Piazzalunga, A, BOLZACCHINI, EZIO, FERRERO, LUCA, PERRONE, MARIA GRAZIA, PIAZZALUNGA, ANDREA, Dambruoso, P. R, Daresta, B. E, Placentino, C. M, Bolzacchini, E, Ferrero, L, Lo Porto, C, Perrone, M, de Gennaro, G, Bruno, P, Caselli, M, Dambruoso, P, Daresta, B, Placentino, C, Tutino, M, Amodio, M, Baldacci, D, Stracquadanio, M, Tositti, L, Zappoli, S, Gullotto, D, Librando, V, Minniti, Z, Perrini, G, Trincali, G, Becagli, S, Mannini, A, Udisti, R, Paradisi, A, Tapparo, A, Barbieri, P, Capriglia, L, Cozzi, F, Maran, E, Reisenhofer, E, Sicardi, V, Fermo, P, Piazzalunga, A, BOLZACCHINI, EZIO, FERRERO, LUCA, PERRONE, MARIA GRAZIA, PIAZZALUNGA, ANDREA, Dambruoso, P. R, Daresta, B. E, and Placentino, C. M

Published
2007

4. Concentration and the chemical characterization of PM10 and PM2.5 in all the Italian territory

Author

Bolzacchini, E, Ferrero, L, Lo Porto, C, Perrone, M, de Gennaro, G, Bruno, P, Caselli, M, Dambruoso, P, Daresta, B, Placentino, C, Tutino, M, Amodio, M, Baldacci, D, Stracquadanio, M, Tositti, L, Zappoli, S, Gullotto, D, Librando, V, Minniti, Z, Perrini, G, Trincali, G, Becagli, S, Mannini, A, Udisti, R, Paradisi, A, Tapparo, A, Barbieri, P, Capriglia, L, Cozzi, F, Maran, E, Reisenhofer, E, Sicardi, V, Fermo, P, Piazzalunga, A, BOLZACCHINI, EZIO, FERRERO, LUCA, PERRONE, MARIA GRAZIA, PIAZZALUNGA, ANDREA, Dambruoso, P. R, Daresta, B. E, Placentino, C. M, Bolzacchini, E, Ferrero, L, Lo Porto, C, Perrone, M, de Gennaro, G, Bruno, P, Caselli, M, Dambruoso, P, Daresta, B, Placentino, C, Tutino, M, Amodio, M, Baldacci, D, Stracquadanio, M, Tositti, L, Zappoli, S, Gullotto, D, Librando, V, Minniti, Z, Perrini, G, Trincali, G, Becagli, S, Mannini, A, Udisti, R, Paradisi, A, Tapparo, A, Barbieri, P, Capriglia, L, Cozzi, F, Maran, E, Reisenhofer, E, Sicardi, V, Fermo, P, Piazzalunga, A, BOLZACCHINI, EZIO, FERRERO, LUCA, PERRONE, MARIA GRAZIA, PIAZZALUNGA, ANDREA, Dambruoso, P. R, Daresta, B. E, and Placentino, C. M

Published
2007

5. La composizione chimica del Particolato Atmosferico nella penisola Italiana, similitudini e analogie

Author

Bolzacchini, E, Ferrero, L, Lo Porto, C, Perrone, M, de Gennaro, G, Bruno, P, Caselli, M, Dambruoso, P, Daresta, B, Placentino, C, Tutino, M, Amodio, M, Baldacci, D, Stracquadanio, M, Tositti, L, Zappoli, S, Gullotto, D, Librando, V, Minniti, Z, Perrini, G, Trincali, G, Becagli, S, Mannini, A, Udisti, R, Paradisi, A, Tapparo, A, Barbieri, P, Capriglia, L, Cozzi, F, Maran, E, Reisenhofer, E, Sicardi, V, Fermo, P, Piazzalunga, A, BOLZACCHINI, EZIO, FERRERO, LUCA, PERRONE, MARIA GRAZIA, PIAZZALUNGA, ANDREA, Dambruoso, PR, Daresta, BE, Placentino, CM, Bolzacchini, E, Ferrero, L, Lo Porto, C, Perrone, M, de Gennaro, G, Bruno, P, Caselli, M, Dambruoso, P, Daresta, B, Placentino, C, Tutino, M, Amodio, M, Baldacci, D, Stracquadanio, M, Tositti, L, Zappoli, S, Gullotto, D, Librando, V, Minniti, Z, Perrini, G, Trincali, G, Becagli, S, Mannini, A, Udisti, R, Paradisi, A, Tapparo, A, Barbieri, P, Capriglia, L, Cozzi, F, Maran, E, Reisenhofer, E, Sicardi, V, Fermo, P, Piazzalunga, A, BOLZACCHINI, EZIO, FERRERO, LUCA, PERRONE, MARIA GRAZIA, PIAZZALUNGA, ANDREA, Dambruoso, PR, Daresta, BE, and Placentino, CM

Published
2006

6. Studio integrato sul territorio nazionale per la caratterizzazione ed il controllo di inquinanti atmosferici (SITECOS)

Author

Morselli, L, Bruno, P, Caselli, M, Dambruoso, P, Daresta, B, De Gennaro, G, Placentino, C, Tutino, M, Baldacci, D, Sandrini, S, Tositti, L, Gullotto, D, Librando, V, Minniti, Z, Perrini, G, Tringali, G, Innocenti, M, Udisti, R, Grammatica, P, Marotta, R, Papa, E, Bolzacchini, E, Ferrero, L, Perrone, M, Riccio, A, Campanella, L, Cardarelli, E, Dragone, R, Paradisi, C, Tapparo, A, Canepa, C, Rabezzana, R, Tonachini, G, Pierluigi, B, Capriglia, L, Cozzi, F, Maran, E, Reisenhofer, E, Sicardi, V, Benassi, A, Gianelle, V, Caramuscio, P, Giovannini, M, Dambruoso, PR, Daresta, BE, Placentino CM, Giovannini, M., BOLZACCHINI, EZIO, FERRERO, LUCA, PERRONE, MARIA GRAZIA, Morselli, L, Bruno, P, Caselli, M, Dambruoso, P, Daresta, B, De Gennaro, G, Placentino, C, Tutino, M, Baldacci, D, Sandrini, S, Tositti, L, Gullotto, D, Librando, V, Minniti, Z, Perrini, G, Tringali, G, Innocenti, M, Udisti, R, Grammatica, P, Marotta, R, Papa, E, Bolzacchini, E, Ferrero, L, Perrone, M, Riccio, A, Campanella, L, Cardarelli, E, Dragone, R, Paradisi, C, Tapparo, A, Canepa, C, Rabezzana, R, Tonachini, G, Pierluigi, B, Capriglia, L, Cozzi, F, Maran, E, Reisenhofer, E, Sicardi, V, Benassi, A, Gianelle, V, Caramuscio, P, Giovannini, M, Dambruoso, PR, Daresta, BE, Placentino CM, Giovannini, M., BOLZACCHINI, EZIO, FERRERO, LUCA, and PERRONE, MARIA GRAZIA

Published
2005

7. Role of the Ionic Component and Carbon Fractions in the Fine and Coarse Fractions of Particulate Matter for the Identification of Pollution Sources: Application of Receptor Models

Author

Pierina Ielpo, Claudia Marcella Placentino, Isabella Cafagna, Gianluigi De Gennaro, Martino Amodio, Barbara Elisabetta Daresta, Alessia Di Gilio, Pierina Ielpo, Claudia Marcella Placentino, Isabella Cafagna, Gianluigi De Gennaro, Martino Amodio, Barbara Elisabetta Daresta, and Alessia Di Gilio

Published
2011
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8. Role of the Ionic Component and Carbon Fractions in the Fine and Coarse Fractions of Particulate Matter for the Identification of Pollution Sources: Application of Receptor Models

Author

Pierina Ielpo, Claudia Marcella Placentino, Isabella Cafagna, Gianluigi De Gennaro, Martino Amodio, Barbara Elisabetta Daresta, Alessia Di Gilio, Pierina Ielpo, Claudia Marcella Placentino, Isabella Cafagna, Gianluigi De Gennaro, Martino Amodio, Barbara Elisabetta Daresta, and Alessia Di Gilio

Published
2011
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9. Application of CMB Model to PM10 Data Collected in a Site of South Italy: Results and Comparison with APCS Model

Author

Andriani, E, Caselli, M, Ielpo, P, Gennaro, G, Daresta, B, Fermo, P, Piazzalunga, A, Placentino, M, PIAZZALUNGA, ANDREA, Placentino, M., Andriani, E, Caselli, M, Ielpo, P, Gennaro, G, Daresta, B, Fermo, P, Piazzalunga, A, Placentino, M, PIAZZALUNGA, ANDREA, and Placentino, M.

Abstract

Chemical mass balance modeling (CMB) was applied to determine the PM10 sources and their contributions. PM10 samples were collected in Lecce (40.338N, 18.108E, a town of South Italy), during two monitoring campaigns performed on July 2005 and February 2006. Nine source profiles and average mass concentration of the following chemical parameters: elemental carbon (EC), organic carbon (OC), chlorine (Cl-), nitrate (NO3-), sulfate (SO42-), sodium (Na+), ammonium (NH4+), potassium (K+), magnesium (Mg2+), calcium (Ca2+), aluminum (Al), silicon (Si), titanium (Ti), vanadium (V), manganese (Mn), iron (Fe), copper (Cu), lead (Pb), and zinc (Zn) were used to run the CMB model. The results obtained by application of CMB8.2 are shown. The contributions to PM10 show that dominant contributor was traffic with 37% followed by petroleum industry with 19% and field burning with 16%. Minor source contributions were marine aerosol (1%), ammonium sulfate production (4%), ammonium nitrate production (11%), oil-fired power plant (0.1%), gypsum handling (10%) and crustal (2%). Moreover, the Absolute Principal Component Scores (APCS) model was applied to the PM10 samples collected in order to find a correlation between the two source profile sets. With APCS model five source profiles were found and a good correlation (correlation coefficient bigger than 0.8) between crustal, marine, industrial profiles of CMB model and the corresponding ones of APCS model was found.

Published
2010

10. Chemical characterisation of the organic fraction of PM for an urban, rural and remote site of the North of Italy

Author

Perrone, M, Sangiorgi, G, Lo Porto, C, Ferrero, L, Ferrini, B, Lazzati, Z, Petraccone, S, Daresta, B, De Gennaro, G, Bolzacchini, E, PERRONE, MARIA GRAZIA, SANGIORGI, GIORGIA MAURA LUISA, FERRERO, LUCA, FERRINI, BARBARA SARA, LAZZATI, ZELDA, BOLZACCHINI, EZIO, De Gennaro G, Perrone, M, Sangiorgi, G, Lo Porto, C, Ferrero, L, Ferrini, B, Lazzati, Z, Petraccone, S, Daresta, B, De Gennaro, G, Bolzacchini, E, PERRONE, MARIA GRAZIA, SANGIORGI, GIORGIA MAURA LUISA, FERRERO, LUCA, FERRINI, BARBARA SARA, LAZZATI, ZELDA, BOLZACCHINI, EZIO, and De Gennaro G

Abstract

PM concentrations are measured in three sites of the North of Italy: an urban (Milan-MI; 45°31’19”N, 9°12’46”E), rural (Oasi Bine-OB; 45°13’33’’N, 10°45’00’’E) and high altitude remote site (Alpe San Colombano-ASC, m.2280 asl; 46°46’11’’N 10°30’19’’E). Daily PM2.5 samples are collected by using a low volume gravimetric sampler (38,33 l/min). Samples are chemical characterised for the main inorganic ions (Na+, K+, Ca++, Mg++ NH4+ , F-, Cl-, NO3-, SO42= ,by IC) and carbonaceus fraction (EC and OC, by TOT). Chemical speciation of the organic carbon is focuesed on certain compound classes. Low-molecular weight (C2-C7) carboxylic acids (mono and dicarboxylic acid) are analysed by IC; n-alkanes (C20-C32) and polycyclic aromatic hydrocarbons (PAHs) are analysed by GC-MS;. Carboxylic acids are associated to atmospheric oxidation and they are known to be an important contribution to secondary organic aersol (SOA). The n-alkane pattern is investigated through the carbon precerence index (CPI) and % Cwax to evaluate the contribution of vegetation during different seasons. PAHs concentrations and relative mass contribution to fine PM are a tracer for contribution of combustion source in the three sites. During winter, when high altitude sites are above the mixing boundary layer of the polluted plan, PAHs mass contribution to PM2.5 at ASC site is up to 10 time lower compared with MI site

Published
2009

11. Chemical characterisation of the organic fraction of PM for an urban, rural and remote site of the North of Italy

Author

Perrone, M, Sangiorgi, G, Lo Porto, C, Ferrero, L, Ferrini, B, Lazzati, Z, Petraccone, S, Daresta, B, De Gennaro, G, Bolzacchini, E, PERRONE, MARIA GRAZIA, SANGIORGI, GIORGIA MAURA LUISA, FERRERO, LUCA, FERRINI, BARBARA SARA, LAZZATI, ZELDA, BOLZACCHINI, EZIO, De Gennaro G, Perrone, M, Sangiorgi, G, Lo Porto, C, Ferrero, L, Ferrini, B, Lazzati, Z, Petraccone, S, Daresta, B, De Gennaro, G, Bolzacchini, E, PERRONE, MARIA GRAZIA, SANGIORGI, GIORGIA MAURA LUISA, FERRERO, LUCA, FERRINI, BARBARA SARA, LAZZATI, ZELDA, BOLZACCHINI, EZIO, and De Gennaro G

Abstract

PM concentrations are measured in three sites of the North of Italy: an urban (Milan-MI; 45°31’19”N, 9°12’46”E), rural (Oasi Bine-OB; 45°13’33’’N, 10°45’00’’E) and high altitude remote site (Alpe San Colombano-ASC, m.2280 asl; 46°46’11’’N 10°30’19’’E). Daily PM2.5 samples are collected by using a low volume gravimetric sampler (38,33 l/min). Samples are chemical characterised for the main inorganic ions (Na+, K+, Ca++, Mg++ NH4+ , F-, Cl-, NO3-, SO42= ,by IC) and carbonaceus fraction (EC and OC, by TOT). Chemical speciation of the organic carbon is focuesed on certain compound classes. Low-molecular weight (C2-C7) carboxylic acids (mono and dicarboxylic acid) are analysed by IC; n-alkanes (C20-C32) and polycyclic aromatic hydrocarbons (PAHs) are analysed by GC-MS;. Carboxylic acids are associated to atmospheric oxidation and they are known to be an important contribution to secondary organic aersol (SOA). The n-alkane pattern is investigated through the carbon precerence index (CPI) and % Cwax to evaluate the contribution of vegetation during different seasons. PAHs concentrations and relative mass contribution to fine PM are a tracer for contribution of combustion source in the three sites. During winter, when high altitude sites are above the mixing boundary layer of the polluted plan, PAHs mass contribution to PM2.5 at ASC site is up to 10 time lower compared with MI site

Published
2009

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