Abstracts by Francesco Carbone

An Approach for Characterizing the Transmission Efficiency of Charged Aerosols through Static Dissipative Tubes Subject to Favorable and Adverse Axial Electric Fields. FARNAZ KHOSRAVI, Francesco Carbone, University of Connecticut

Characterization of a New WCPC to Measure Nanometric Carbonaceous Aerosols Sampled from a Sooting Laminar Premixed Flame. FARNAZ KHOSRAVI, Arantzazu Eiguren-Fernandez, Gregory S. Lewis, Michel Attoui, Francesco Carbone, University of Connecticut

In-Situ Laser Diagnostics of Metal Nanoparticles during Their Flame Synthesis in the Reactive Spray Deposition Technology. EVANGELOS K. STEFANIDIS, Thomas A Ebaugh, Stoyan Bliznakov, Leonard Bonville, Radenka Maric, Francesco Carbone, University of Connecticut