Mauro Scungio

TL;DR: In this article, a low-cost desktop 3D printer based on fused deposition modeling (FDM) principle was used to evaluate particle emission rates (ERs) and factors such as particle number, alveolar-deposited surface area, and mass concentrations.

TL;DR: An experimental campaign was performed to evaluate the exposure to second-hand aerosol from conventional and electronic cigarettes and to estimate the consequent dose received by passive smokers/vapers and the related lung cancer risk.

TL;DR: An innovative approach for the evaluation of lung cancer incidence in street canyon due to exposure to traffic-generated particles was proposed, and the influence of wind speed and street canyon geometry on the ELCR at street level was evaluated by means of a CFD simulation.

TL;DR: Evaluated the exposure to different airborne particle metrics (including both sub- and super-micron particles) and attached carcinogenic compounds in Barcelona and Cassino to evaluate students' exposure to these metrics and their excess lung cancer risk.

TL;DR: Particle emission characteristics of 110 laser printers from different manufacturers were analyzed, and estimations of their emission rates were made on the basis of measurements of total concentrations of particles emitted by the printers placed in a chamber, as well as particle size distributions.